associate professor - university of pittsburghbrigham/brigham_cv.pdf · john c. brigham, ph.d....

John C. Brigham, Ph.D.Associate Professor

Department of Civil and Environmental Engineering, Department of BioengineeringUniversity of Pittsburgh

703 Benedum Hall, Pittsburgh, PA 15261Phone: (412) 624-9047 > Email: [email protected] > Web: http://www.pitt.edu/~brigham

Career Highlights:

• Secured a total of over $2.5M in research funding from various agencies includingthe National Science Foundation, the Air Force Office of Scientific Research,and the Department of Energy, and was the sole Principal Investigator for overone-quarter of the total funding.

• Graduated 4 and currently advising 5 Ph.D. students, graduated 3 M.S. students,and advised 14 undergraduate research interns to-date.

• Served as a committee member on 22 Ph.D. committees and 19 M.S. committees,and served as an academic advisor for 61 undergraduate students to-date.

• Produced 22 peer-reviewed publications accepted or in print in top internationaljournals and 6 more currently in review, in addition to 2 book chapters, 14peer-reviewed conference papers, and 35 peer-reviewed conference abstracts.

• Gave invited presentations on the current state of research in computationalmechanics for engineering inverse problems at several top universities, includingJohns Hopkins University, University of Wisconsin-Madison, Georgia Institute ofTechnology, Carnegie Mellon University, and Vanderbilt University.

• Prepared course material and taught several classes at both the undergraduateand graduate level, achieving some of the highest teaching evaluations in thedepartment (average ∼ 4.6/5.0), and was twice voted “Best Overall Professor”by the students in the Department of Civil and Environmental Engineering.

EDUCATION

Cornell University, Ithaca, NYPh.D. in Civil and Environmental Engineering 2008

Dissertation: “Computational Inverse Solution Strategies for Viscoelastic MaterialCharacterization Using Vibroacoustic Methods”Minor: Theoretical and Applied Mechanics

Cornell University, Ithaca, NYM.S. in Civil and Environmental Engineering 2007

Concentration: Structural EngineeringMinor: Theoretical and Applied Mechanics

Vanderbilt University, Nashville, TNB.E. in Civil and Environmental Engineering and Mathematics 2003

Magna Cum Laude

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mailto:[email protected]

http://www.pitt.edu/~brigham

PROFESSIONAL EXPERIENCE

Associate Professor, Department of Civil and Environmental Engineering,University of Pittsburgh, Pittsburgh, PA

9/15-Present

Associate Professor, (Courtesy Appointment) Department of Biongineering,University of Pittsburgh, Pittsburgh, PA

9/15-Present

Visiting Associate Professor, Department of Civil Engineering, Tokyo Instituteof Technology, Tokyo, Japan

4/15-9/15

Assistant Professor, Department of Civil and Environmental Engineering,University of Pittsburgh, Pittsburgh, PA

9/08-5/15

Assistant Professor, (Courtesy Appointment) Department of Biongineering,University of Pittsburgh, Pittsburgh, PA

9/08-5/15

Graduate Research Assistant, Department of Civil and EnvironmentalEngineering, Cornell University, Ithaca, NY

5/04-7/08

Teaching Assistant, Department of Civil and Environmental Engineering,Cornell University, Ithaca, NY

8/03-5/07

HONORS AND AWARDS

University of Pittsburgh Chi Epsilon Chapter Best Civil and EnvironmentalEngineering Professor Award

Fall 2013

University of Pittsburgh Chi Epsilon Chapter Best Civil and EnvironmentalEngineering Professor Award

Spring 2013

J. Tinsley Oden Faculty Fellowship, Institute for Computational Science andEngineering, UT Austin

2012

George Winter Graduate Fellowship, Cornell University 2008

Dyer Memorial Prize, Vanderbilt University 2003

Miser Scholarship, Vanderbilt University 2002-2003

Member, Tau Beta Pi Engineering Honor Society

Member, Chi Epsilon Civil Engineering Honor Society

PUBLICATIONS

(Note: Brigham-advisees are indicated by underline)

Refereed Journal Papers

1. M. Wang and J.C. Brigham, “A Generalized Computationally Efficient Inverse CharacterizationApproach Combining Direct Inversion Solution Initialization with Gradient-Based Optimization,”Journal of Nondestructive Evaluation, In Review.

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2. Z. Li, J.M. Vandenbossche, A.T. Iannacchione, J.C. Brigham, and B.G. Kutchko,“Theory-Based Review of Limitations with Static Gel Strength in Cement MatrixCharacterization,” SPE Drilling and Completion, In Review.

3. B. Qiang, J.C. Brigham, R.J. McGough, J.F. Greenleaf, and M.W. Urban, “Mapped ChebyshevPseudo-Spectral Method for Simulating the Shear Wave Propagation in the Plane of Symmetry ofa Transversely Isotropic Viscoelastic Medium,” Physics in Medicine and Biology , In Review.

4. B. Notghi, M. Ahmadpoor, and J.C. Brigham, “Adaptive Reduced-Basis Generation forReduced-Order Modeling for the Solution of Stochastic Nondestructive Evaluation Problems,”Computer Methods in Applied Mechanics and Engineering , In Review.

5. S. Wang, M. Ahmadpoor, and J.C. Brigham, “A Computationally Efficient Approach forOptimal Design of Smart Material Morphing Structures using the Adjoint Method,” FiniteElements in Analysis and Design, In Review.

6. M. Ahmadpoor, B. Notghi, and J.C. Brigham, “A Generalized Iterative Approach to ImproveReduced-Order Model Accuracy for Inverse Problem Applications,” ASCE Journal of EngineeringMechanics, In Revision.

7. J. Wu, M.A. Simon, and J.C. Brigham (2015), “A Comparative Analysis of Global ShapeAnalysis Methods for the Assessment of the Human Right Ventricle,” Computer Methods inBiomechanics and Biomedical Engineering: Imaging and Visualization, Accepted and AvailableOnline (DOI:10.1080/21681163.2014.941442).

8. B. Notghi and J.C. Brigham (2015), “A Computational Approach for Robust NondestructiveTest Design Maximizing Characterization Capabilities for Solids and Structures Subject toUncertainty,” International Journal for Numerical Methods in Engineering, 104, 4, October,297-311.

9. Z. Hao, B. Notghi, J.M. Vandenbossche, and J.C. Brigham (2015), “Optimal wavepropagation-based nondestructive test design for quantitative damage characterization,” Journalof Nondestructive Evaluation, 34, 2, June, 1-15.

10. M. Wang, D. Dutta, K. Kim, and J.C. Brigham (2015), “A Computationally Efficient Approachfor Inverse Material Characterization Combining Gappy POD with Direct Inversion,” ComputerMethods in Applied Mechanics and Engineering, 286, April, 373-393.

11. B. Qiang, J.C. Brigham, S. Aristizabal, J.F. Greenleaf, X. Zhang, and M.W. Urban (2015),“Modeling Transversely Isotropic, Viscoelastic, Incompressible Tissue-Like Materials withApplication in Ultrasound Shear Wave Elastography,” Physics in Medicine and Biology, 60, 3,January, 1289-1306.

12. M. Wang and J.C. Brigham (2014), “A Computational Nondestructive Evaluation AlgorithmCombining Self-Evolving Parameterization and Multi-Objective Optimization for QuantitativeDamage Characterization,” Journal of Nondestructive Evaluation, 33, 4, December, 547-561.

13. J. Wu, K.G. Brigham, M.A. Simon, and J.C. Brigham (2014), “An Implementation ofIndependent Component Analysis for 3D Statistical Shape Analysis,” Biomedical SignalProcessing and Control, 13, September, 345-356.

14. F. Li, J-A Wang, and J.C. Brigham (2014), “Inverse Calculation of In Situ Stress in Rock MassUsing the Surrogate-Model Accelerated Random Search Algorithm,” Computers and Geotechnics,61, September, 24-32.

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15. M. Wang and J.C. Brigham, (2014) Invited Paper : “Assessment of Multi-ObjectiveOptimization for Nondestructive Evaluation of Damage in Structural Components,” Journal ofIntelligent Material Systems and Structures, 25, 9, June, 1082-1096.

16. B. Notghi and J.C. Brigham (2013), “Optimal Nondestructive Test Design for MaximumSensitivity and Minimal Redundancy for Applications in Material Characterization,” SmartMaterials and Structures, 22, 12, December, 125036-125048.

17. D. Dutta, K.-W. Lee, R.A. Allen, Y. Wang, J.C. Brigham, and K. Kim (2013), “Non-InvasiveAssessment of Elastic Modulus of Arterial Constructs During Cell Culture Using UltrasoundElasticity Imaging,” Ultrasound in Medicine and Biology, 39, 11, November, 2103-2115.

18. J. Wu, Y. Wang, M.A. Simon, M.S. Sacks, and J.C. Brigham (2013), Editors Choice Articleand Most Read Article in 2013, “A New Computational Framework for AnatomicallyConsistent 3D Statistical Shape Analysis with Clinical Imaging Applications,” Computer Methodsin Biomechanics and Biomedical Engineering: Imaging and Visualization, 1, 1, February, 13-27.

19. J. Wu, Y. Wang, M.A. Simon, and J.C. Brigham (2012), “A New Approach to KinematicFeature Extraction from the Human Right Ventricle for Classification of Hypertension: aFeasibility Study,” Physics in Medicine and Biology, 57, 23, December, 7905-7922.

20. S. Wang and J.C. Brigham (2012), “A Computational Framework for the Optimal Design ofMorphing Processes in Locally Activated Smart Material Structures,” Smart Materials andStructures, 21, 10, October, 105016-105029.

21. J.C. Brigham, W. Aquino, M.A. Aguilo, and P.J. Diamessis (2011), “A Spectral Finite ElementApproach to Modeling Soft Solids Excited with High-Frequency Harmonic Loads,” ComputerMethods in Applied Mechanics and Engineering, 200, 5-8, January, 692-698.

22. M.A. Aguilo, W. Aquino, J.C. Brigham, M. Fatemi (2010), “An Inverse Problem Approach forElasticity Imaging through Vibroacoustics,” IEEE Transactions on Medical Imaging, 29, 4, April,1012-1021.

23. W. Aquino, J.C. Brigham, N. Sukumar, and C.J. Earls (2009), “Generalized Finite ElementMethod Using Proper Orthogonal Decomposition,” International Journal for Numerical Methodsin Engineering, 79, 7, August, 887-906.

24. J.C. Brigham and W. Aquino (2009), “Inverse Viscoelastic Material Characterization UsingPOD Reduced-Order Modeling in Acoustic-Structure Interaction,” Computer Methods in AppliedMechanics and Engineering, 198, 9-12, February, 893-903.

25. D.E. Rosario, J.C. Brigham, and W. Aquino (2008), “Identification of Material Properties ofOrthotropic Elastic Cylinders Immersed in Fluid Using Vibroacoustic Techniques,” Ultrasonics,48, 6, November, 547-552.

26. J.C. Brigham and W. Aquino (2007), “Surrogate-Model Accelerated Random Search Algorithmfor Global Optimization with Applications to Inverse Material Identification,” Computer Methodsin Applied Mechanics and Engineering, 196, 45-48, September, 4561-4576.

27. J.C. Brigham, W. Aquino, F.G. Mitri, J.F. Greenleaf, and M. Fatemi (2007), “InverseEstimation of Viscoelastic Properties for Solids Immersed in Fluids Using VibroacousticTechniques,” Journal of Applied Physics, 101, 2, January, 23509-1-14.

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28. W. Aquino and J.C. Brigham (2006), “Self-Learning Finite Elements for Inverse Estimation ofThermal Constitutive Models,” International Journal of Heat and Mass Transfer, 49, 15-16, July,2466-2478.

Book Chapters

1. J. Wu and J.C. Brigham (2013), “Computational Techniques for Analysis of Organ-Level Shapeand Kinematics,” Chapter 13 in Image-based Geometric Modeling and Mesh Generation, Editor:Yongjie (Jessica) Zhang, Springer.

2. W. Aquino and J.C. Brigham (2008), “Computational Inverse Problem Techniques inVibroacoustics,” Chapter 4 inBiomedical Applications of Vibration and Acoustics for Imaging, Characterization, and Diagnostics,Editors: Mostafa Fatemi and Ahmed Al-Jumaily, ASME.

Refereed Conference Papers

1. J. Xu, J. Wu, B. Notghi, M.A. Simon, and J.C. Brigham (2014), “A Feasibility Study onKinematic Feature Extraction from the Human Interventricular Septum toward HypertensionClassification,” Computational Modeling of Objects Presented in Images: Fundamentals, Methods,and Applications, Pittsburgh, PA, September.

2. G.A. Banyay, M. Ahmadpoor, and J.C. Brigham (2014), “Proper Orthogonal DecompositionBased Reduced Order Modeling of the Very High Temperature Reactor Lower PlenumHydrodynamics,” ASME 2014 4th Joint US-European Fluids Engineering Division SummerMeeting, Chicago, IL, August.

3. S. Wang and J.C. Brigham (2013), “An Adjoint Based Approach for Optimal Design ofMorphing SMP,” ASME 2013 Conference on Smart Materials, Adaptive Structures and IntelligentSystems, Snowbird, UT, September.

4. O. Balogun, C. Mo, A.K. Mazher, and J.C. Brigham (2013), “Three-Dimensional NumericalSimulation of Thermomechanical Constitutive Model for Shape Memory Polymers withApplication to Morphing Wing Skin,” ASME 2013 Conference on Smart Materials, AdaptiveStructures and Intelligent Systems, Snowbird, UT, September.

5. Invited Paper , J.C. Brigham, B. Notghi, and S. Wang (2013), “Methods in ComputationalInverse Mechanics for the Advancement of Smart Structure Technologies,” ASCE 2013 StructuresCongress, Pittsburgh, PA, May.

6. J.M. Vandenbossche, A.T. Iannacchione, and J.C. Brigham (2013), “The Marcellus Shale GasPlay and the Gas Migration/Stray Gas Problem,” SME 2013 Symposium on EnvironmentalConsiderations in Energy Production, Charleston, WV, April.

7. S. Wang and J.C. Brigham (2012), “An Efficient Computational Inverse Approach for OptimalDesign of Localized Activation and Actuation for Morphing SMP Structures,” ASME 2012Conference on Smart Materials, Adaptive Structures and Intelligent Systems, Stone Mountain,GA, September.

8. M. Wang and J.C. Brigham (2012), “Evaluation of Damage in a Continuum through aMulti-Objective Optimization Inverse Approach,” ASME 2012 Conference on Smart Materials,Adaptive Structures and Intelligent Systems, Stone Mountain, GA, September.

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9. G.A. Banyay, E. Rudnyi, and J.C. Brigham (2012), “Investigation of Transient ThermalAnalysis Computational Efficiency Improvements via Frequency Domain Methods,” Proceedings ofthe Pressure Vessels and Piping Conference, Toronto, Ontario, Canada, July.

10. J. Wu, Y. Wang, M.A. Simon, and J.C. Brigham (2012), “Analysis of In Vivo Human RightVentricle Shape Change with and without Pulmonary Hypertension,” 10th InternationalSymposium on Computer Methods in Biomechanics and Biomedical Engineering, Berlin, Germany,April.

11. J. Wu and J.C. Brigham (2011), “Geometric Analysis and Decomposition of 3-D ClosedSurfaces for Applications in Diagnostic Medical Imaging,” 2nd International Conference onMathematical and Computational Biomedical Engineering, Washington, DC, March.

12. S. Wang and J.C. Brigham (2011), “A Computational Inverse Problem Approach for the Designof Morphing Processes in Thermally Activated Smart Structural Materials,” SPIE: Active andPassive Smart Structures and Integrated Systems V, San Diego, CA, March.

13. W.W. Clark, J.C. Brigham, C. Mo, and S. Joshi (2010), “Modeling of a high-deformation shapememory polymer locking link,” SPIE: Industrial and Commercial Applications of SmartStructures Technologies, San Diego, CA, March.

14. Invited Paper , D.E. Rosario, J.C. Brigham, Y. Choi, and W. Aquino (2007), “Identification ofMaterial Properties of Orthotropic Elastic Cylinders Immersed in Fluid Using VibroacousticTechniques,” International Congress on Ultrasonics, Vienna, Austria, April.

Refereed Conference Abstracts

• M. Wang and J.C. Brigham (2015), “Inverse characterization from partial-field data using directinversion with Gappy POD initialization and the adjoint method,” Conference of the EngineeringMechanics Institute, Stanford, CA, June.

• M. Wang and J.C. Brigham (2015), “Gappy Proper Orthogonal Decomposition combined withDirect Inversion for Highly Efficient Inverse Material Characterization,” ASCE EngineeringMechanics Institute International Conference, Hong Kong, China, January.

• M.W. Urban, S. Aristizabal, B. Qiang, C. Amador, J.C. Brigham, R.R. Kinnick, X. Zhang, andJ.F. Greenleaf (2014), “Characterization of anisotropic media with shear waves,” 168th Meeting ofthe Acoustical Society of America, Indianapolis, IN, October.

• M. Wang and J.C. Brigham (2014), “Gappy Proper Orthogonal Decomposition combined withDirect Inversion for Highly Efficient Inverse Material Characterization,” Conference of theEngineering Mechanics Institute, Hamilton, ON, Canada, August.

• S. Wang and J.C. Brigham (2014), “Computationally Efficient Optimal Design for SmartMaterial Morphing Structures using the Adjoint Method,” Conference of the EngineeringMechanics Institute, Hamilton, ON, Canada, August.

• B. Notghi and J.C. Brigham (2014), “Robust Nondestructive Test Design Maximizing MaterialCharacterization Capabilities for Solids and Structures Subject to Uncertainty,” Conference of theEngineering Mechanics Institute, Hamilton, ON, Canada, August.

• M. Ahmadpoor, G.A. Banyay, S. Mazumdar, A. Jana, M.L. Kimber, and J.C. Brigham (2014),“POD Reduced-Order Modeling of Turbulent Flows in Nuclear Reactor Components,” Conferenceof the Engineering Mechanics Institute, Hamilton, ON, Canada, August.

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• B. Notghi and J.C. Brigham (2014), “Adaptively Generated Reduced Basis Approximations forStochastic Partial Differential Equations,” Conference of the Engineering Mechanics Institute,Hamilton, ON, Canada, August.

• J. Wu, M.A. Simon, and J.C. Brigham (2014), “A Comparison of Novel Shape AnalysisMethods for Assessment of Organ-Level Functional Changes in the Human Right Ventricle,” 7thWorld Congress of Biomechanics, Boston, MA, July.

• M. Ahmadpoor, G.A. Banyay, S. Mazumdar, A. Jana, M.L. Kimber, and J.C. Brigham (2013),“POD-Based Model Reduction toward Efficient Simulation of Flow in Nuclear ReactorComponents,” 66th Annual Meeting of the APS Division of Fluid Dynamics, Pittsburgh, PA,November.

• M. Ahmadpoor and J.C. Brigham (2013), “An Approach for Adaptive Generation ofReduced-Order Models for Applications in Nondestructive Evalution,” Conference of theEngineering Mechanics Institute, Evanston, IL, August.

• M. Wang and J.C. Brigham (2013), “An Adaptive Damage Characterization Strategy UtilizingMulti-Objective Optimization,” Conference of the Engineering Mechanics Institute, Evanston, IL,August.

• B. Notghi and J.C. Brigham (2013), “A Generalized Approach for Optimal Nondestructive TestDesign Incorporating Uncertainty,” Conference of the Engineering Mechanics Institute, Evanston,IL, August.

• J. Wu and J.C. Brigham (2013), “An Investigation of Shape Analysis Methods for Assessmentof Organ-Level Functional Changes in the Human Right Ventricle,” 12th US National Congress onComputational Mechanics, Raleigh, NC, July.

• S. Wang and J.C. Brigham (2013), “Computationally Efficient Optimal Design of LocalizedActivation and Actuation for Morphing SMP Structures Using the Adjoint Method,” 12th USNational Congress on Computational Mechanics, Raleigh, NC, July.

• J. Wu and J.C. Brigham (2013), “A New Approach with Independent Component Analysis for3D Shape Analysis Applied to the Human Right Ventricle,” 12th US National Congress onComputational Mechanics, Raleigh, NC, July.

• M. Ahmadpoor and J.C. Brigham (2013), “An Adaptive Approach for Generation ofReduced-Order Models for Computational Inverse Mechanics Strategies,” 12th US NationalCongress on Computational Mechanics, Raleigh, NC, July.

• O.C. Green, J.C. Brigham, and W.J. Anderst (2013), “Patient-Specific Computational Analysisof the Cervical Spine Towards Inverse Soft Tissue Characterization,” 12th US National Congresson Computational Mechanics, Raleigh, NC, July.

• M. Ahmadpoor, G.A. Banyay, S. Mazumdar, A. Jana, M.L. Kimber, and J.C. Brigham (2013),“Reduced-Order Modeling for Numerical Representation of Fluid Flow Toward EfficientSimulation of High Temperature Reactor Components,” 12th US National Congress onComputational Mechanics, Raleigh, NC, July.

• J. Wu, Y. Wang, M.A. Simon, and J.C. Brigham (2013), “A Comparison of Statistical ShapeAnalysis Methods to Assess Right Ventricular Behavior,” 11th International Symposium onComputer Methods in Biomechanics and Biomedical Engineering, Salt Lake City, Utah, April.

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• S. Wang and J.C. Brigham (2012), “An Efficient Computational Inverse Approach for OptimalDesign of Localized Activation and Actuation for Morphing SMP Structures,” InternationalConference on Inverse Problems and Related Topics 2012, Nanjing, Jiangsu, China, October.

• S. Wang and J.C. Brigham (2012), “A Computational Approach for Optimal Design of SmartMaterial Morphing Structures Through Adaptable Activation,” 2012 Joint Conference of theEngineering Mechanics Institute and the 11th ASCE Joint Specialty Conference on ProbabilisticMechanics and Structural Reliability, Notre Dame, IN, June.

• M. Wang and J.C. Brigham (2012), “A Multi-Objective Optimization-Based Approach toNondestructive Evaluation of Damage in a Continuum,” 2012 Joint Conference of the EngineeringMechanics Institute and the 11th ASCE Joint Specialty Conference on Probabilistic Mechanicsand Structural Reliability, Notre Dame, IN, June.

• A.T. Iannacchione, J.M. Vandenbossche, and J.C. Brigham (2012), “The Marcellus Shale GasPlay and the Gas Migration/Stray Gas Problem,” ARMA/UNGI Unconventional GeomechanicsWorkshop, American Rock Mechanics Symposium, Chicago, IL, June.

• J. Wu, Y. Wang, M.A. Simon, and J.C. Brigham (2012), “A Novel Approach for AnatomicallyConsistent Analysis of Organ-Level Shape and Kinematics,” 10th International Symposium onComputer Methods in Biomechanics and Biomedical Engineering, Berlin, Germany, April.

• J. Wu and J.C. Brigham (2011), “A Computational Approach to Consistent Analysis andDecomposition of Organ-level Shape and Kinematics from Segmented Medical Images,” 11th USNational Congress on Computational Mechanics, Minneapolis, MN, July.

• S. Wang and J.C. Brigham (2011), “A Computational Framework for the Optimal Design ofMorphing Processes in Smart Material Structures,” 11th US National Congress on ComputationalMechanics, Minneapolis, MN, July.

• J. Wu, J.C. Brigham, M.A. Simon, K. Kim, and M.S. Sacks (2011), “Geometric Analysis andDecomposition of Normal and Hypertensive Human Right Ventricle from Diagnostic MedicalImaging,” ASME 2011 Summer Bioengineering Conference, Farmington, PA, June.

• J. Wu, J.C. Brigham, M.A. Simon, S. Tripathy, K. Kim, and M.S. Sacks (2010),“Computational Geometric Analysis of the Normal and Hypertensive Human Right Ventricle,”BMES 2010 Annual Meeting, Austin, TX, October.

• S. Tripathy, M.A. Simon, M.S. Sacks, J.C. Brigham, and K. Kim (2010), “3-DimensionalUltrasound Elasticity Imaging for Quantitative Cardiac Mechanical Property Assessment: ANumerical Approach,” ASME 2010 Summer Bioengineering Conference, Naples, FL, June.

• J. Wu and J.C. Brigham (2010), “Computational Analysis and Comparison of GeometricFeatures of the Human Right Ventricle, with and without Pulmonary Hypertension,” 4thEuropean Conference on Computational Mechanics, Paris, France, May.

• J.C. Brigham (2009), “A Generalized Approach for Using Model Reduction WithinComputational Inverse Solution Strategies in Mechanics,” 10th US National Congress onComputational Mechanics, Columbus, OH, July.

• J.C. Brigham and W. Aquino (2008), “Proper Orthogonal Decomposition Reduced-OrderModeling for Acoustic-Structure Interaction and Inverse Vibroacoustic Problems,” 8th WorldCongress on Computational Mechanics, 5th European Congress on Computational Methods inApplied Sciences and Engineering, Venice, Italy, July.

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• J.C. Brigham and W. Aquino (2008), “Proper Orthogonal Decomposition Model Reduction forInverse Problems in Acoustic-Structure Interaction,” Proceedings of the 6th InternationalConference on Computation of Shell and Spatial Structures, Ithaca, NY, May.

• J.C. Brigham and W. Aquino (2007), “Quantitative Material Characterization of BiologicalStructures Using Vibroacoustic Testing Methods,” 9th US National Congress on ComputationalMechanics, San Francisco, CA, July.

INVITED PRESENTATIONS

1. “Engineering - What it is, and why we care,” Kyoto Prefectural Sagano High School, Kyoto,Japan, August 2015.

2. “Civil and Environmental Engineering Research at the University of Pittsburgh and theComputational Diagnostics and Inverse Mechanics Group,” Structural and EarthquakeEngineering Group, Department of Civil Engineering, Kyushu University, Fukuoka, Japan,August 2015.

3. Invited Keynote, “Civil and Environmental Engineering Research at the University of Pittsburghand the Computational Diagnostics and Inverse Mechanics Group,” 11th KMK Joint Seminar onCivil Engineering, Kyushu Institute of Technology, Kitakyushu, Japan, August 2015.

4. “From Concrete to the Cardiovascular System: Computational Mechanics for Engineering InverseProblems,” Department of Civil Engineering, National Central University, Taiwan, December2014.

5. “A Feasibility Study on Kinematic Feature Extraction from the Human Interventricular Septumtoward Hypertension Classification,” Computational Modeling of Objects Presented in Images:Fundamentals, Methods, and Applications, Pittsburgh, PA, September 2014.

6. “Adaptively Generated Reduced Basis Approximations for Stochastic Partial DifferentialEquations,” Conference of the Engineering Mechanics Institute, Hamilton, ON, Canada, August2014.

7. “Approaches to Model Gas Migration Potential in Cement Slurry,” North American WellboreIntegrity Workshop, Pittsburgh, PA, August 2014.

8. “A Comparison of Novel Shape Analysis Methods for Assessment of Organ-Level FunctionalChanges in the Human Right Ventricle,” 7th World Congress of Biomechanics, Boston, MA, July2014.

9. “Modeling Gas Migration Potential,” Pennsylvania Department of Environmental Protection,Monitoring and Compliance/Technical Services Staff Training, State College, PA, June 2014.

10. “An Investigation of Shape Analysis Methods for Assessment of Organ-Level Functional Changesin the Human Right Ventricle,” 12th US National Congress on Computational Mechanics,Raleigh, NC, July 2013.

11. “An Adaptive Approach for Generation of Reduced-Order Models for Computational InverseMechanics Strategies,” 12th US National Congress on Computational Mechanics, Raleigh, NC,July 2013.

12. “Methods in Computational Inverse Mechanics for the Advancement of Smart StructureTechnologies,” ASCE 2013 Structures Congress, Pittsburgh, PA, May 2013.

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13. “From Concrete to the Cardiovascular System: Computational Mechanics for Engineering InverseProblems,” Department of Civil Engineering, Johns Hopkins University, Baltimore, MD, February2013.

14. “From Concrete to the Cardiovascular System: Computational Mechanics for Engineering InverseProblems,” Engineering Physics Department, University of Wisconsin-Madison, Madison, WI,November 2012.

15. “Concepts and Challenges in Computational Inverse Mechanics for Optimal Design andQuantitative Evaluation of Multiphysics Systems,” School of Civil and EnvironmentalEngineering, Georgia Institute of Technology, Atlanta, GA, September 2012.

16. “A Computational Approach to Consistent Analysis and Decomposition of Organ-level Shape andKinematics from Segmented Medical Images,” 11th US National Congress on ComputationalMechanics, Minneapolis, MN, July 2011.

17. “A Computational Framework for the Optimal Design of Morphing Processes in Smart MaterialStructures,” 11th US National Congress on Computational Mechanics, Minneapolis, MN, July2011.

18. “Computational Diagnostics and Inverse Mechanics,” 2nd Annual Biomechanics Day, Pittsburgh,PA, September 2010.

19. “Computational Methods for Optimal Design and Quantitative Evaluation of MultiphysicsSystems,” Air Force Research Laboratory, NDE Group, Dayton, OH, April 2010.

20. “Computational Mechanics for Engineering Inverse Problems: From Biology to Buildings,”Department of Civil and Environmental Engineering, Carnegie Mellon University, Pittsburgh, PA,September 2009.

21. Guest Lecturer, “Computational Mechanics for Inverse Problems in Biomechanics,” 24-700Special Topics in Mechanical Engineering, Department of Mechanical Engineering, CarnegieMellon University, Pittsburgh, PA, February 2009.

22. “Computational Mechanics for Engineering Inverse Problems: From Biology to Buildings,”Department of Civil and Environmental Engineering, Vanderbilt University, Nashville, TN,January 2009.

23. “A Model-Updating Approach for Material Characterization of Biological Structures UsingVibroacoustic Testing,” Department of Civil and Environmental Engineering, University ofPittsburgh, Pittsburgh, PA, February 2008.

24. “Strategies to Improve Accuracy and Efficiency of Numerical Methods for the Solution of Forwardand Inverse Vibroacoustic Problems,” Department of Civil Engineering and EngineeringMechanics, Columbia University, New York, NY, November 2007.

25. Invited Keynote, “Identification of Material Properties of Orthotropic Elastic Cylinders Immersedin Fluid Using Vibroacoustic Techniques,” International Congress on Ultrasonics, Vienna,Austria, April 2007.

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SPONSORED PROJECTS

Peer-Reviewed

Current:

1. Title: Collaborative Research: Smart Material, Adaptive, and Reconfigurable Tiles “SMARTTiles” for Environmentally Responsive Building Surfaces

Principal Investigators: John C. Brigham (Lead), Dale T. Clifford (CalPoly), and Richard V.Beblo (UDRI)

Sponsor : National Science Foundation (Structural and Architectural Engineering)

Amount : $397,069 (Brigham/Pitt portion - $227,509) Start/End : 9/1/2015 - 8/31/2018

Aim: Toward building systems capable of real-time interaction with the environment, this awardsupports fundamental research to utilize smart materials to design and optimize exterior buildingpanels that operate as selective filters capable of adapting to environmental stimuli, such as solarinsolation. Such a morphing facade system will significantly alter the total sustainability of abuilding envelope and take full advantage of available environmental energy sources.

2. Title: Interpreting Falling Weight Deflectometer (FWD) Data

Principal Investigator : Julie M. Vandenbossche

Co-PI : John C. Brigham

Sponsor : Pennsylvania Department of Transportation

Amount : $506,875 Start/End : 4/17/2015 - 4/16/2018

Aim: A design methodology will be developed for interpreting falling weight deflectometer datafor jointed plain concrete and hot mix asphalt pavements so the most effective rehab strategiescan be identified through a proper structural assessment and appropriate inputs can beestablished for PAVEMENT ME AASHTO design procedure.

3. Title: Experimentally Validated Numerical Models for Effects of Non-Isothermal TurbulentMixing on Wall Stresses in High Temperature Reactors

Principal Investigator : Mark L. Kimber

Co-PIs: John C. Brigham and Anirban Jana (PSC)

Sponsor : Department of Energy (Nuclear Energy University Program)

Amount : $876,422 Start/End : 10/1/2012 - 9/30/2015

Aim: The focus of this work is to develop a comprehensive, experimentally validatedcomputational framework for the turbulent mixing in the lower plenum. The work will beaccomplished through CFD modeling and detailed experimental validation on both fundamental(e.g., free jet flow, confined parallel jet flows) and applied (e.g., scaled portion of lower plenumdomain) levels.

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Completed:

1. Title: Experimental Design to Better Understand Gas Migration in Cement Paste Prior to andDuring Hydration (Gas Flow and Gas Formations)

Principal Investigator : Julie M. Vandenbossche

Co-PI : Anthony T. Iannacchione

Co-Investigator : John C. Brigham

Sponsor : Department of Energy (NETL Regional University Alliance)

Amount : $203,000 Start/End : 11/15/2013 - 11/14/2014

Aim: The objective of this project was to better understand the potential for gas flows fromshallow formations containing groundwater aquifers through channels in the cement formedduring cement hydration. These data contributed towards efforts to evaluate whether formationgas, encountered during drilling of natural gas wells, can contribute to gas migration problemsand affect groundwater aquifers. This work included both experimental and numerical simulationsof gas migration through wellbores during the cement hydration process.

2. Title: Computational Methods for Optimized Reliability and Efficiency in Smart StructuralSystems

Principal Investigator : John C. Brigham

Sponsor : National Science Foundation (Hazard Mitigation and Structural Engineering)

Amount : $191,000 Start/End : 9/1/2011 - 8/31/2014

Aim: The objective of this project was to advance computational methods for solving inverseproblems related to nondestructive evaluation of structural materials. In particular this workfocused on strategies to design testing methods for optimal nondestructive evaluation accuracyand robustness.

3. Title: Fundamental Advances in Inverse Mechanics Towards Self-Aware and IntrinsicallyAdaptable Structural Systems


Sponsor : Air Force Office of Scientific Research

Amount : $220,921 Start/End : 7/1/2011 - 6/30/2014

Aim: The objective of this project was to advance computational methods for solving inverseproblems related to smart morphable structures that can evaluate their current environment andthen adapt accordingly to optimize performance with minimal energy expense. In addition, thiswork explored the use of reduced-order modeling for accurate and efficient inverse problemsolution algorithms.

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Non-Peer-Reviewed

Completed:

1. Title: Computational Methods for the Analysis and Characterization of Thermo-MechanicalBehavior of Nuclear Reactor Structural Materials


Sponsor : Nuclear Regulatory Commission (Pitt Faculty Development Program)

Amount : $75,000 Start/End : 9/1/2010 - 8/31/2011

Aim: The objective of this project was to create a computational inverse mechanics approach toderive both thermal and mechanical properties from structural materials subject to extremeenvironments with potentially strong physics coupling.

2. Title: Computational Shape Analysis of the Human Right Ventricle in Normal and PathologicalIn Vivo States


Sponsor : University of Pittsburgh Central Research Development Fund

Amount : $16,000 Start/End : 7/1/2010 - 6/30/2012

Aim: The objective of this project was to establish an initial set of computational tools toquantitatively analyze 3-D closed surfaces obtained from medical imaging.

3. Title: AP1000 Shield Building Design Review

Principal Investigator : Kent A. Harries

Co-PI : John C. Brigham

Sponsor : Westinghouse Electric Company, Inc.

Amount : $25,000 Start/End : 5/10/2010 - 6/30/2010

Aim: The objective of this project was to aid Westinghouse in reviewing the new design andcomputational analysis of their AP1000 nuclear reactor shield building.

4. Title: A Computational Approach Toward Quantitative In Vivo Soft Tissue Viscoelasticity


Sponsor : University of Pittsburgh Central Research Development Fund

Amount : $16,000 Start/End : 7/1/2009 - 6/30/2011

Aim: The objective of this project was to create a computational suite for the nondestructive andnoninvasive characterization of the viscoelastic behavior of soft tissues.

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CONTRIBUTIONS TO TEACHING

Lecture Courses Taught

• Advanced Finite Element Methods (CEE/BioE 3333)

Spring 2014 - 18 Students, 4.53/5.0 Teaching Evaluation


Fall 2010 - 8 Students, 5.0/5.0 Teaching Evaluation

Notes: This is a course that was originally developed by myself and is a course that is intendedfor upper-level graduate students, preferably PhD-level, with research interests in computationalmechanics.

• Fundamentals of the Finite Element Method (CEE/BioE 2333)








Notes: Although taught at some point prior to my arrival within the CEE Department, thiscourse as it is currently taught was entirely developed by myself. The course is intended forfirst-year PhD students and MS students, but has also accommodated advanced undergraduatestudents. The course was developed to balance the theories of the finite element method withpractical experience with commercial software, and has been developed to include a uniquecourse-long project in which the students actually program their own finite element software tool.

• Introduction to Structural Analysis (Undergraduate Level)







Notes: This course is the most standard of those that I teach, being structured based on previousofferings and following the standard format of a structural analysis course that would beaccompanied by a typical text. The course is typically taken by undergraduates during theirjunior year.

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• Computer Methods in Civil Engineering (Undergraduate Level)



Notes: This is a course with an added recitation that has been continuously taught in the CEEDepartment, but was completely redeveloped by myself throughout my duration of ownership.Although previously majority-focused on teaching the use of drafting software, I have redesignedthis course to include a thorough coverage of the basics of linear algebra, as was required due tothe department’s restructuring of the CEE curriculum. In addition, I introduced the use ofMatlab for scientific programming (building on the foundation laid during the freshman program)and uniquely emphasized fundamental skills needed to pick up any engineering software andindependently learn the basic functionality. In addition, I developed a lecture series andcorresponding assignments to introduce algorithms and scientific computing with or without theuse of a computer classroom. The course is typically taken by undergraduates during theirsophomore year.

Additional Educational Contributions

• As a Visiting Associate Professor at the Tokyo Institute of Technology (Summer 2015):

– Taught a short course for graduate students covering fundamentals of the finite elementmethod.

– Co-taught an Engineering English course covering technical presentation and writing skills forESL students.

– Co-taught a Matrix Structural Analysis course for third-year civil engineering undergraduatestudents.

– Co-taught an Engineering Mathematics course for second-year civil engineeringundergraduate students.

– Co-organized a joint seminar for civil engineering undergraduate students between the TokyoInstitute of Technology and Taiwan National Central University.

• Guided more than 10 students over the last 4 years in a special investigation course in StructuralDynamics and Earthquake Engineering.

• As chair of the Civil and Environmental Engineering Graduate Committee, led the effort tocompletely restructure and rewrite the graduate curriculum, M.S. and Ph.D., between 2012-2013.

• As a member of the Computational Modeling and Simulation Ph.D. Program Faculty AdvisingCommittee, contributed to the development of the program objectives and requirements, from2012-present.

• As a member of the Civil and Environmental Engineering Undergraduate Curriculum Committeein 2011, contributed to reviewing and updating the CEE undergraduate course offerings andcontent, as well as graduation requirements.

• Organized the Civil and Environmental Engineering Graduate Seminar Series in 2010.

• Co-organized the Landis-Epic Lecture in Structural Engineering in 2009 and 2011.

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CONTRIBUTIONS TO MENTORSHIP

Ph.D. Students Advised-Committee Chair

Current:

1. Mohammad Ahmadpoor; Computational Modeling and Simulation; Supported on external grants;Expected Completion-May 2016

2. Jing Xu; Civil and Environmental Engineering; Supported by self and CEE Department; ExpectedCompletion-May 2017

3. Gregory Banyay (part-time); Computational Modeling and Simulation; Supported by employer;Expected Completion-May 2017

4. Matthew Grasinger (co-advised with Dr. Julie Vandenbossche); Civil and EnvironmentalEngineering; Supported on external grants; Expected Completion-May 2018

5. Robert Zupan; Civil and Environmental Engineering; Supported by CEE Department; ExpectedCompletion-May 2018

Completed:

1. Shuang Wang; Civil and Environmental Engineering; Supported on startup funds, external grants,and an external fellowship; Completed -December 2014

2. Mengyu Wang; Civil and Environmental Engineering; Supported on external grants;Completed -December 2014

3. Bahram Notghi; Civil and Environmental Engineering; Supported on external grants;Completed -December 2014

4. Jia Wu; Civil and Environmental Engineering; Supported on startup funds and external grants;Completed -August 2013

M.S. Students Advised-Committee Chair

Completed:

1. Chenxi Hou; Civil and Environmental Engineering; Supported by self; Completed -December 2014

2. Zhanpeng Hao; Civil and Environmental Engineering; Supported by self; Completed -May 2014

3. Shuang Wang; Civil and Environmental Engineering; Supported on startup funds, external grants,and an external fellowship; Completed -December 2011

Ph.D. Students Advised-Committee Member

Current:

1. Sasan Salkhordeh; Mechanical Engineering and Materials Science; Expected Completion-December2015

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2. Yangzhan Yang; Mechanical Engineering and Materials Science; Expected Completion-December2015

3. Katrina Knight; Bioengineering; Expected Completion-May 2016

4. Weijing Wang; Civil and Environmental Engineering; Expected Completion-August 2016

5. Shervin Sammak; Computational Modeling and Simulation; Expected Completion-August 2016

Completed:

1. Zichang Li; Civil and Environmental Engineering; Completed -August 2015

2. Abdollah Bagheri; Civil and Environmental Engineering; Completed -August 2015

3. Lei Liu; Mechanical Engineering (Carnegie Mellon University); Completed -August 2015

4. William Anderst; Bioengineering; Completed -August 2014

5. Feng Mu; Civil and Environmental Engineering; Completed -May 2014

6. Manik Barman; Civil and Environmental Engineering; Completed -May 2014

7. S. Amin Motlagh; Mechanical Engineering and Materials Science; Completed -December 2013

8. Elisabetta Pistone; Civil and Environmental Engineering; Completed -December 2013

9. Michael Richard; Civil and Environmental Engineering; Completed -August 2013

10. Jorge Mendoza; Civil and Environmental Engineering; Completed -August 2013

11. Wenyan Wang; Mechanical Engineering (Carnegie Mellon University); Completed -August 2012

12. Abdelatee Eljadei; Civil and Environmental Engineering; Completed -August 2012

13. Bahar Fatah; Bioengineering; Completed -August 2012

14. Jarret Kasan; Civil and Environmental Engineering; Completed -May 2012

15. Somayeh Nassiri; Civil and Environmental Engineering; Completed -May 2011

16. Carrie Voycheck; Bioengineering; Completed -May 2011

17. Amir Soltani; Civil and Environmental Engineering; Completed -December 2010

M.S. Students Advised-Committee Member

Current:

1. Alex Vuotto; Civil and Environmental Engineering; Expected Completion-December 2015

Completed:

1. Marwa Hasanzoi; Civil and Environmental Engineering; Completed -May 2015

2. Sen Wang; Civil and Environmental Engineering; Completed -May 2015

3. Eliot George; Mechanical Engineering and Materials Science; Completed -May 2015

4. Patrick Himes; Civil and Environmental Engineering; Completed -May 2014

5. Zhou Fan; Civil and Environmental Engineering; Completed -May 2014

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6. Renwick D’souza; Civil and Environmental Engineering; Completed -May 2014

7. Jennifer Gottron; Civil and Environmental Engineering; Completed -December 2013

8. Weijin Wang; Civil and Environmental Engineering; Completed -August 2013

9. Huiqi Deng; Civil and Environmental Engineering; Completed -August 2013

10. Patrick Keenan; Civil and Environmental Engineering; Completed -May 2013

11. Kerri Gatti; Civil and Environmental Engineering; Completed -December 2010

12. Luis Ramirez; Civil and Environmental Engineering; Completed -December 2010

13. Derek Mitch; Civil and Environmental Engineering; Completed -August 2010

14. Jorge Mendoza; Civil and Environmental Engineering; Completed -May 2010

15. Phoebe Cuevas; Civil and Environmental Engineering; Completed -May 2010

16. Tim Eckert; Civil and Environmental Engineering; Completed -December 2009

17. Gabriel Zeno; Civil and Environmental Engineering; Completed -December 2009

18. Jen Kacin; Civil and Environmental Engineering; Completed -May 2009

Additional Mentoring Contributions

• Currently advising a visiting Ph.D. student from the Department of Bridge Engineering, School ofTransportation, Southeast University, China, Hui Huang, 9/14-8/15.

• Hosted a visiting associate professor from the Department of Bridge Engineering, School ofTransportation, Southeast University, China, Ming Yang, 9/13-8/14.

• Advised a visiting Ph.D. student from the Department of Geotechnical Engineering, UST Beijing,China, Fei Li, 9/11-8/13.

• Advised 14 undergraduate research interns from the Civil and Environmental Engineering andBioengineering Departments to-date.

• Academically advised 61 undergraduate students in the Department of Civil and EnvironmentalEngineering to-date.

• Advised 12 co-op undergraduate students in the Department of Civil and EnvironmentalEngineering to-date.

• Faculty Advisor for Tau Beta Pi, the engineering honor society, 2013-present.

• Faculty Advisor for Chi Epsilon, the civil engineering honor society, 2011-present.

SERVICE ACTIVITIES

Department of Civil and Environmental Engineering

• Chair, CEE Graduate Committee, 2012-present

• Member, CEE NTS Faculty Search Committee, 2014-2015

• Member, CEE Faculty Search Committee, 2013-2014

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• Member, CEE Undergraduate Curriculum Committee, 2011

• Member, CEE Undergraduate Advising Committee, 2010

• Member, CEE TA Allocations Committee, 2009-2010

• Member, CEE Graduate Student Recruitment Committee, 2008-2009

• Faculty Representative, CEE Pre-Freshmen Recruitment Seminar, 2011-2013

• Faculty Representative, CEE Sophomore Recruitment Seminar, 2010, 2011, 2014

• Faculty Representative, CEE Freshmen Recruitment Seminar, 2008-2010

Swanson School of Engineering

• Member, Computational Modeling and Simulation Ph.D. Program Faculty Advising Committee,2012-present

• Speaker, “Quality Service Activities for Untenured Faculty, ENGR 3000 - Preparation for anAcademic Career, 2013, 2014, 2015

• Faculty Representative, SSOE Ambassador Training, 2009

• Faculty Representative, SSOE Day for Admitted Students, 2009, 2010

• Original Liaison, University of Pittsburgh Lockheed Martin Corporate University ResearchInitiative, 2008-2009

• Co-organizer, Diversity in Engineering Event - engineering competitions for prospective students,2010

Profession

Organized/Chaired Sessions in Conferences and Scientific Meetings:

• Co-chair, “Material Design and Material Optimization,” 13th US National Congress onComputational Mechanics, San Diego, CA, July 2015

• Co-chair, “Optimization: New Methods of Sizing, Shape, Topology, and ParametricOptimization,” Conference of the Engineering Mechanics Institute, Stanford, CA, June 2015

• Co-chair, “Advances and Applications of Elasticity within Applied Mechanics,” Conference of theEngineering Mechanics Institute, Stanford, CA, June 2015

• Chair, “Symposium on Forward and Inverse Problems in Elasticity and Applied Mechanics,”ASCE Engineering Mechanics Institute International Conference, Hong Kong, China, January2015

• Chair, “Keynote 3,” ASCE Engineering Mechanics Institute International Conference, HongKong, China, January 2015

• International Scientific Committee Member, ASCE Engineering Mechanics Institute InternationalConference, Hong Kong, China, January 2015

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• Scientific Committee Member, CompIMAGE 2014 - Computational Modeling of ObjectsPresented in Images: Fundamentals, Methods, and Applications, Pittsburgh, PA, September 2014

• Chair, “Keynote 2,” CompIMAGE 2014 - Computational Modeling of Objects Presented inImages: Fundamentals, Methods, and Applications, Pittsburgh, PA, September 2014

• Organizing Committee Member, North American Wellbore Integrity Workshop, Pittsburgh, PA,August 2014

• Co-chair, “Integrated Systems,” ASME 2013 Conference on Smart Materials, Adaptive Structuresand Intelligent Systems, Snowbird, UT, September 2013

• Chair, “Cardiovascular Biomechanics and Biomedical Engineering,” 12th US National Congresson Computational Mechanics, Raleigh, NC, July 2013

• Co-chair, “Computational/Simulation-Based Methods I,” 2012 Joint Conference of theEngineering Mechanics Institute and the 11th ASCE Joint Specialty Conference on ProbabilisticMechanics and Structural Reliability, Notre Dame, IN, June 2012

• Co-chair, “Inverse Problems: Theory and Applications,” 10th US National Congress onComputational Mechanics, Columbus, OH, July 2009

Committee and Leadership Activities:

• Member, ASCE Computational Mechanics Committee, 2014-present

• Member, ASME Active Material Technologies and Integrated Systems Technical Committee,2012-present

• Member (incoming Chair 2015), ASCE Elasticity Committee, 2012-present

• Director, Pittsburgh Chapter of the ASCE, 2012-2015

Membership in Centers and Professional Societies:

• Member, University of Pittsburgh Center for Simulation and Modeling

• Member, United States Association for Computational Mechanics

• Associate Member, American Society of Civil Engineers

• Member, American Society of Mechanical Engineers

• Member, Society of Petroleum Engineers

• Member, American Society for Engineering Education

Journal Article Reviewing:

• Computer Methods in Applied Mechanics and Engineering

• International Journal for Numerical Methods in Engineering

• IOP, Smart Materials and Structures

• Journal of Intelligent Material Systems and Structures

• IOP, Inverse Problems

• International Journal for Numerical Methods in Biomedical Engineering

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• International Journal for Numerical and Analytical Methods in Geomechanics

• Computers and Geotechnics

• IEEE, Transactions on Ultrasonics, Ferroelectrics, and Frequency Control

• Ultrasonic Imaging

• ASME, Journal of Biomechanical Engineering

• Computer Methods in Biomechanics and Biomedical Engineering

• Computer Methods in Biomechanics and Biomedical Engineering: Imaging & Visualization

• Computers and Mathematics with Applications

• ASCE, Journal of Engineering Mechanics

• IEEE, Transactions on Evolutionary Computing

• Journal of Biomechanics

• International Journal of Applied Mechanics

• Finite Elements in Analysis and Design

• Research in Nondestructive Evaluation

• ASTM, Journal of Testing and Evaluation

• IMechE, Journal of Engineering in Medicine

• ASCE, Journal of Aerospace Engineering

• ASME, Journal of Vibration and Acoustics

• ASCE, Journal of Bridge Engineering

• IMechE, Journal of Mechanical Engineering Science

• Advances in Civil Engineering

• PLOS ONE

Proposal Reviewing:

• U.S. National Science Foundation

• U.S.-Israel Binational Science Foundation

• University Research Board of the American University of Beirut

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associate professor - university of pittsburghbrigham/brigham_cv.pdf · john c. brigham, ph.d....

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