table of contents - research...
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Table of ContentsPage #’s
Title Name Department2-8 Biomedical Engineering Bill Pitt Chemical Engineering
9-12 Advanced Microwave Remote Sensing David Long Electrical and Computer Engineering
13-18 A System of Solar Devices in Public Places for Helping Meet Energy Demand
John Salmon Mechanical Engineering
19-29 Tissue Engineering Lon Cook Chemical Engineering
30-36 Microfluidics (Lab-on-a-Chip) Greg Nordin Electrical and Computer Engineering
37-40 Playable Case Studies (Immersive Educational Simulations)
Derek Hansen Information Technology
41-47 Lithium-Ion Batteries Dean Wheeler Chemical Engineering
48-52 Alternative Project Delivery Methods and their Interdisciplinary and Interpersonal Implications
James Smith Construction and Facilities Management
53-72 Water Resources and Hydrologic Forecasting
Jim Nelson Civil & EnvironmentalEngineering
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Biomedical Engineering
William Pitt
Chemical Engineering
801-422-2589
Areas of Interest: Polymeric biomedical materials and drug delivery, with recent emphasis on blood sepsis diagnostics.
Today I am looking for collaboration in mathematical modeling of instabilities in sheared 2-phase flow.
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To rapidly identify pathogenic bacteria causing blood infections, we need to quickly separate red
blood cells from plasma.• We have developed a hollow spinning disk (3,000
rpm).
• 7 mL of blood are spun for 1 minute.
• More dense red cells separate to the outer wall and are trapped behind a weir.
• The plasma with bacteria flows over the edge of the weir and is collected and processed.
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Basic Hollow Disk Design
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• We need to keep the separated plasma from re-mixing with the red cells during
deceleration.
Slow deceleration and retained separation
Fast deceleration and remixing of red cells
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High Speed Camera Observations
• A high-speed camera (1 kHz)has been used to take videos ofthe spinning disk to find thevelocity gradient that mixinghappens between the layers ofRBC pack and the Plasma.
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Theory for stability• In general:
• For weather systems:
• For 2 phase flow:
• For our system?
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Advanced Microwave Remote Sensing
David Long
Electrical and Computer Engineering
(801) 422-4383
Areas of Interest: microwave remote sensing, radar, SAR, signal processing, wind, ice, sampling and reconstruction theory
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Satellite Scatterometry• σ0 imaging
o New techniques for reconstruction SIR/AVE optimized for ASCAT
o Global land/ice products at the BYU/NASA Scatterometer Climate Record Pathfinder(www.scp.byu.edu)
• Wind o New techniques to measure
wind and rain from spaceo Ultra-high resolution windso Bayes estimator selection to
optimally select between wind-only, simultaneous wind and rain, and rain-only estimates
o Rain correction
Conventional Resolution SIR Enhanced ResolutiondB
Conventional Resolution Ultra-High Resolution
ISS Rapidscat QuikSCAT
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Brigham Young UniversityDG
Long 11
Synthetic Aperture Radar (SAR)
radar imaging
• Smallest systems ever builto UAV and manned vehicles
X-Band (10 GH )
L-Band (1.5 GHz)
BYU Stadium
Marriott Center
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Sampling & Reconstruction Theory• Regular (evenly spaced) sampling and reconstruction
theory is well-known: Nyquist theory
• Irregular sampling and reconstruction less well-known: Gröchenig’s δ-density and sampling/filter inversiono 1D easy
o Limits in 2D
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A System of Solar Devices in Public
Places for Helping Meet Energy Demand
John Salmon
Mechanical Engineering
(801) 422-7135
Areas of Interest: Systems Engineering and Design, Alternative Energy
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Energy Demand
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Solar Devices in Public Places• The BYU Engineering and System Design Lab has an
alternative energy research group exploring how to embed solar devices throughout our community and campus
• “Many small and simple devices can make a big difference”o Solar wearables, smartphones, parking lots, bus stops, etc.
• Currently, we’re developing and testing a solar table concept for the BYU library
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Where are we going next on CampusBYU bus stops
Solar Posters/Blinds
Sections of walls on BYU buildings that are never
used
Solar benches
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Where are we going next in the Community?
Solar “B” and “U”
Solar devices in developing nations
Solar picnic tables at parks
Where else?- Churches- Parking Lots- Shopping carts- Sidewalks- Car shades
- Stadium seats- Camping chairs- Beach umbrellasetc.
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How you can help
• Looking for faculty who have a south facing window that would be willing to have a solar device in their window/offices
• Share information with us about departments that have a conference room with large windows
• Inform us of other groups on campus that are exploring similar ideas
• Collaborate with us on future proposals
• Please contact me if interested!
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Tissue Engineering
Alonzo D. Cook, PhD
Chemical Engineering Dept.
(801) 422-1611
Areas of Interest:Biomedical Engineering; Cardiovascular repair; Stem CelNeuroscience; Vision; Renal Function; Orthopedics
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BYU Tissue Engineering Projects
• Heart
• Kidney
• Eye
• Pancreas
• Blood Vessel
• Nerve Crush Model
• Diabetic Peripheral Neuropathy
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Decellularized Pig Heart
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Induced pluripotent stem (iPS) cells
Yamanaka Factors: Oct3/4, Sox2, Klf4, and c-Myc
Won Nobel Prize in 2012
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Collaboration with Dr. Martin Tristani-Firouzifrom University of Utah, CVRTI.
Induced pluripotent stem (IPS) cells derived from human peripheral blood monocytes.
Creation of beating heart tissues
Induced pluripotent stem cells
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Combining IPS cells with cECM
slice
Day 0
B-27®
Activin A
Day 3
B-27®
Wnt inhibitor
Day 1
B-27®
bFGFBMP4
Day 5
Complete cardiomyocyte media
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IPS Cells Beating on Porcine Matrix
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Biomechanical Stimulation
MachineImproving the alignment and maturation of cardiomyocytes on the cECM
Arduino controlled
Linear motion
Autoclavable
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Markers of Differentiation
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Perfusion of thick sections of cECM
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Creation of other cell types from iPS
• Kidney organoids
• Pancreatic islets
• Blood vessel endothelial cells, smooth muscle
• Eye lens
• Neurons
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Microfluidics (Lab-on-a-
Chip)
Gregory P. Nordin
Electrical and Computer Engineering
(801) 422-1863
Areas of Interest: 3D printed microfluidics, biological and chemical sensors, nanophotonics and integrated optics, micro- and nanofabrication, MEMS, and microfluidics
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Traditional Microfluidic Device Fabrication
Layers:o Hot-embossed or injection molded
plastics• External valves
o PDMS• Elastomeric• Integrated valves
Individual layers
Align&
Bond
Completed deviceLaser-drilledor punchedholes
• Stacked 2D configuration
• Few layers
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g p yDigital Light Processing
(DLP)
http://www.smashingrobotics.com/moonray-3d-printer/dlp-print/
http://www.soundandvision.com/content/hd2dlp-next-wave#9W2W3tZzCmCULHsc.97
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Flow Channel Fabrication
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3D Printed Membrane Valve
0.4% Sudan I PEGDA resin
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3D Printed Pump
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3-to-2 Multiplexer
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Playable Case Studies(immersive educational simulations)
Derek L. HansenAssociate Professor
Information Technology, [email protected]
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Study
Experiencing Technical Writing in the Workplace
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Phoenix Design ChallengePracticing Design Thinking for a Refugee Camp
Product feedback
Character Interviews
Idea Board
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[Insert Topic] Playable Case Study
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Lithium-Ion Batteries
Dean WheelerChemical [email protected](801) 422-4126
Areas of Interest: • Modeling of electrochemical systems• Optimal manufacturing• Measuring ionic and electronic transport
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Rechargeable lithium-ion batteries
are made with thin films
The thin-film electrode is made as a continuous roll
Mixing Coating Drying Calendering
http://electronicdesign.com/
vs.
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How to improve microstructure to allow better batteries, i.e. optimally distribute materials to reduce resistances?
e-Li+ CCseparator
Microstructure determines internal resistances
65 µm
The film must allow ions and electrons through
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Current activities:
• 3D particle-based modeling of electrode manufacturing
• Experiments to measure local electronic and ionic conductivity of electrodes
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Dynamic particle model to predict microstructure
Simulation of film coating process
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Surface probe to measure local conductivity of film
Surface probe is fabricated in a clean room and contains a small window with parallel lines that contact the sample (remainder of device is insulated).
Probe fixture6-line device
Computer-controlled stage used to take accurate localized measurements of battery films
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Conductivity maps of commercial electrode film
We can determine spatially resolved conductive properties
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and their Interdisciplinary and
Interpersonal Implications
James Smith
Construction and Facilities Management [email protected]
(801) 422-2023
Areas of Interest: interpersonal and inter-organizational trust, interdisciplinary courses, alternative project delivery methods
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Image courtesy of https://jobordercontracting.org/category/delivery-method/
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My ResearchDeveloping tools and processes that support trust-building and effective collaborative interactions between players in the built environment.
• Applied
• Pedagogical
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THANK YOU!
Help Needed• Psychology (organizational, team building, development and management of trust)• Collaborators (civil, structural, design, anyone else that is interested)
• App development
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Water resources and hydrologic forecasting
Jim Nelson
Civil & Environmental Engineering
(801) 422-7632
Areas of Interest: Hydrology, stream forecasting
Cloud computing
Visualization and web app development
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National Streamflow
Forecast
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Shift to CloudSpatial
Databases and Tools
Model Files
Custom Python Scripts
Simple Web Interfaces
Engineers, Decision Makers, Advocacy
Groups, Public
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Tethys Platform
Spatial Data Storage Spatial Analysis
Spatial Publishing
Spatial Visualization Web Framework
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JavaScript API
ArcGISServer
ArcGISServer
ArcGISServer
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Student Examples
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Canned GSSHA
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Snow Inspector
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Global Watershed Delineation
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NASA Data Rods Viewer
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National Water Center
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NFIE I – Summer 2015
130 Catchments and Flowlinesuniquely labelled
Two basins and one forecast point
becomes
Current: 6600 basins and 3600 forecast points
NFIE: 2.7 million stream reaches and catchments
A national flow network
Blanco River at Wimberley
Basin ~ 400 Sq Mile
Reach Catchment ~ 1 Sq Mile
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Global Streamflow Forecasting
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NFIE II – Summer 2016
Adapted from http://water.noaa.gov/about/nwm
Short Range
Analysis & Assimilation
Long Range
Medium Range
Configuration Cycling Frequency
Hourly
4xDaily (16 mem)
Daily
Hourly
Forecast Duration
-3 hours
0-30 days
0-10 days
0-18 hours
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Access and Visualization with Tethys
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Flood Maps
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Possible Collaborations• Adoption of Tethys Platform, Spatial Decision Support in
your discipline
• Integration of National Water Model forecastso Flooding – what we do
o Food production (drought, management, demand, etc.)
o Ecology
o Recreation