CURRICULUM VITAE

{Education} {Professional Timeline} {Research} {Consulting Jobs} {Professional Experiences}{Courses Taught} {Awards} {Professional Memberships} {U.S. Patents} {Publications}

Name:Date of birth:Home Address:Telephone:Business Address:

Jerome H. MilgramSeptember 23, 193820 Blossom Hill Rd. Winchester, MA 01890(781) 721-3340Massachussetts Institute of TechnologyRoom 5-320, Cambridge, MA 02139(617) 253-5943 FAX (617) 253-8689

EDUCATION

1961 S.B. in Naval Architecture and Marine Engineering, M.I.T.1961 S.B. in Electrical Engineering, M.I.T.1962 S.M. in Naval Architecture and Marine Engineering, M.I.T.1965 Ph.D. in Hydrodynamics, M.I.T., Department of Naval Architecture and Marine Engineering.<<Top>>

PROFESSIONAL EXPERIENCE

1996 - Guest Investigator Woods Hole Oceanographic Institution

1996 - 1997 Visiting Professor, Johns Hopkins UniversityDepartment of Mechanical Engineering

1990 - 1996 Design Director, America3 Foundation

1989 - William I. Koch Professor of Ocean EngineeringM.I.T. Department of Ocean Engineering

1988 - 1989 Visiting Professor, University of Michigan,Department of Naval Architecture and Marine Engineering

1977 - Professor, M.I.T. Dept. of Ocean Engineering

1974 - 1982 Technical Director, O.shore Devices, Inc., a firm whichdesigned and manufactured oil pollution control equipment

1970 - 1977 Associate Professor, M.I.T. Dept. of Ocean Engineering

1974 - 1976 Research Associate in Biophysics, Harvard Medical School

1967 - 1970 Assistant Professor, M.I.T. Dept. of Naval Architectureand Marine Engineering (Now Dept. of Ocean Engineering)

1965 - 1967 President, Milgram and Hopkins, Inc., a sailmakingfirm pioneering in computer-aided design of sails

1961 - 1967 Project Engineer at Block Associates, Inc., working on problemsin hydrodynamics, ocean engineering, electronics and optics.

1960 - Designer of sailing yachts and motor workboats

1961 - 1962 Member of Applied Oceanography Group, ScrippsInstitution of Oceanography

<<Top>>

SPONSORED RESEARCH PROJECTS SUPERVISED(partial list)

• The aerodynamics of high loaded lifting surfaces.

• Section characteristics of thin, highly loaded lifting surfaces.

• Forces on surface piercing lifting surfaces.

• Hydrodynamics of rapid reaction chemical reactors.

• Design and construction of precision wave channel and flume.

• Theory of seakeeping for towing in waves at sea.

• Wave forces on ocean structures.

• Evaluation of mooring line e.ects by mooring point impedances.

• Forces and motions of floating barriers.

• Methods of evaluating floating barriers.

• Instrumentation for measurement of the seakeeping aspects of oil pollution control

barriers.

• Mass transport of water and floating oil by waves.

• Wave effects on the containment and spreading of oil slicks.

• Hydrodynamics of oil-water interfaces.

• Oil slick control in the offshore environment.

• Dispersion of oil slicks by ocean waves and turbulence.

• Hydrodynamics of gas-liquid plumes above offshore well blowouts.

• Response of floating platforms to offshore well blowouts.

• Methods of subsea collection of oil from subsea well blowouts.

• Environmentally Protective Treatment of oil in a Damaged Ship Through Rapid

Mixing With a Bubble Plume.

• Dynamics, Hydrodyanmics, Design and Instrumentation of Sailing Vessels.

• Seakeeping and Dynamic Forces of Towing at Sea; including non-linear extremal

statistics.

• Detection of Ship Wakes with Synthetic Aperture Radar.

• Energy Balance for Short Sea Waves Influencing Microwave Remote Sensing of the

Sea Surface.

• Measurement of Short Sea Waves in the Wakes of Ships.

• Potential Use of Synthetic Aperture Sonar for Ocean Searching.

• Assessment of Side Scan Sonar Signatures of Hazardous Waste Containers.

• Dynamics and Extreme Tensions in Open Ocean Towing of Submarines.

• Optical Measurement of Short Sea Wave Directional Spectra.

• Optimizing Trim of Tankers for Minimum Fuel Consumption.

• Forces on Undersea Vehicles near Boundaries.

• Nonlinear Energy Transfer to Short Sea Waves in the Presence of Long Waves.

• Interactions Between Radar Scattering Sea Waves and Ocean Surfactants.

• Maneuvering of Submarines and Autonomous Underwater Vehicles.

• Computational Reconstruction of Optical Fields from Holograms.

• Development of Methods and Instrumentation for Measurement of Turbulent Bubbly

Flow in the Ocean.

• Dynamics of Autonomous Underwater Vehicles in and Near the Surf Zone.

• Uncertainty in Ocean Acoustic Measurements.

<<Top>>

CONSULTING ACTIVITIES (Partial List)

• Aluminum Company of America; Analysis and reduction of detrimental waves that

occur in Hall cells used for aluminum production.

• American Original Corp.; New technology for harvesting shellfish from the sea.

• Bingham, Dana and Gould, attorneys; investigator and expert witness for marine

accidents related to ship maneuvering and ship wave generation.

• Cabot Corporation; the hydrodynamics of surface coatings for ships and marine

structures.

• Conoco Norway, Inc.; Predicting forces from gas blowout plumes on tension-leg

platforms.

• DeCof and Grimm, Attorneys; Evaluation of design and construction of a transoceanic

sailing vessel which suffered structural failure.

• EG&G, Inc.; offshore gas well hydrodynamics, and the hydrodynamics of disposing

waste, offshore-well gas into the sea.

• Exxon Production Research Company; methods for evaluating oil pollution control

barriers.

• Hoch and Flanagan, Proctors in Admiralty; Naval Architecture and Marine Hydrodynamics

of the Sinking of the Drillship Glomar Java Sea.

• Honeywell, Inc.; motions of oceanographic instruments in waves and currents.

• Horizon Marine Enterprises, Inc.; computer-aided design and construction of sails.

• Huyck, Inc; hydrodynamic analysis of paper making machines.

• Johns-Manville, Inc.; principal designer of the U.S. Coast Guard High Seas Oil

Containement Barrier.

• Kennecott Exploration, Inc.; deep ocean mining, collection, transfer, and transportation

of seabed minerals.

• Krusen, Evans and Byrne, Attorneys; Expert witness services on ship maneuvering

while using radar.

• Kydd and Handy, Proctors in Admiralty; Expert witness on mooring and anchoring.

• Lamport Sail Fabric, Ltd.; methods for laboratory testing of textiles and the physical

chemistry of textile production.

• Arthur D. Little, Inc.; theory for dispersing oil slicks at sea.

• Looney and Grossman, Attorneys at Law; investigation of the effects of ship layout

and design upon the handling of docklines.

• Mobil Oil (through legal representative); Naval architectural investigation of circumstances

surrounding the sinking of the semi-submersible drilling rig, OCEAN

RANGER.

• New York State, Attorney General’s Office; advisor and expert witness on oil spill

prevention and control.

• New Zealand America’s Cup Challenge; Evaluation of potential sailing speeds of

single and multi-hulled sailing craft through use of Velocity Prediction Computer

Programs.

• Northrup Corporation; motions of towed bodies in waves and currents.

• Offshore Devices, Inc.; design of fiberglass and aluminum work boats, conversion of

commercial fishing vessels to oil collection vessels, and refinement and production

of U.S. Coast Guard High Seas oil pollution cleanup equipment.

• Patterson Kitz, Barristers and Solicitors; speed and maneuvering characteristics on

a motor vessel involved in a marine casualty.

• Phelps Dunbar, Counsellors at Law; investigation of collison between a Panama

Canal Tug and a surfaced submarine.

• Ravcon Corporation; Organization, data analysis and performance prediction associated

with a large scale sailing vessel model test program involving approximately

40 models, each about 23 feet long.

• Supervisor of Salvage, U. S. Navy; on dynamics and improvements in safety and

reliability of towlines and towing procedures.

• Searle Consortium, Ltd.; Quantatative calculations for anchoring and mooring related

to marine casualties.

• Simplex Wire and Cable Company, Hydrospace Division; ocean engineering of undersea

power cables and pipelines.

• State of Maine, Attorney General’s Office; expert witness on containing and removing

spilled oil.

• United States Coast Guard; evaluating oil pollution control barriers.

• U.S. Department of Justice; Investigator and expert witness for ship grounding and

structural failure.

• J.H. Westerbeke Corporation; navigational instruments and marine evaporators.

• The Diddel Law Firm; investigation of the capsize and sinking of the drill ship,

Seacrest.

• Whittaker Corp.; The maneuverability and safety of vessels built by their Trojan

Yachts Division, related to a marine casualty.

• Lake Charles Pilots Association and K. M. Wright, attorney; on the behavior of

pilot boats in rough seas.

• Government of Canada; in formulating and explaining salvage plan for recovery the

sunken pollution laden barge, Irving Whale.

• AC2003, the Swiss America’s Cup Team led by Mr. Ernesto Bertarelli.

• Marvin Barish Law Offices - Investigation and expert testimpony on capsize of

fishing trawler with loss of life.

• Davis, White & Pettingell Law Offices - Investigation of maneuvering of tugboats

in currents, breach of hull of Oil Tank Ship and resulting oil spill.

<<Top>>

OTHER PROFESSIONAL EXPERIENCES

• Member of SNAME H-13 Panel on Sailing Vessels.

• Member of SNAME H-5 Panel on Ship Waves.

• Chairman of Hydromechanics Group of Data Buoy Technology workshop, Marine

Board of National Academy of Engineering.

• Member of Panel on Data Buoy Technology of Marine Board of the National Academy

of Engineering.

• Member of National Academy of Science Panel for Review of NOAA Data Buoy

Office, 1978.

• Member of Organizing Committee for 1987 National Congress on Engineering Education.

• Member of U.S. General Accounting O.ce Panel for Review of United States Coast

Guard response to oil spills.

• Technical Advisor to Center for Law and Social Policy on Oil Pollution Aspects of

the Proposed Trans-Alaska Oil Pipeline.

• Testified before House and Senate committees on oil-spill clean-up technologies.

• Testified before Senate committee regarding events at IXTOC well blowout in

Campeche Bay, Mexico, 1980.

• Developed shipboard computer software for display, analysis and logging of environmental

and vessel performance parameters.

• Developer of comprehensive Computer Support system involving software, documentation

and eighty computers for the academic (teaching) laboratories in the M.I.T. School ofEngineering.

• Member of Oil Spill Prevention and Response R & D Panel of National Academy

of Sciences.

• Member of Marine Board of National Research Council.

<<Top>>

COURSES INSTRUCTED

• Fluid Mechanics (Mechanical Engineering)

• Hydrodynamics of Sailing Vessels

• Hydrofoils and Propellers

• Introduction to Ocean Science and Technology

• Introduction to Random Processes in Ocean Engineering

• Linear Systems in Ocean Engineering

• Marine Hydrodynamics

• Ocean Engineering Laboratory

• Principles of Naval Architecture

• Ship Design

• Signals and Systems (electrical)

• Transport, Fate and Effects of Ocean Pollutants

• Modern Optics Laboratory

• Numerical Marine Hydrodynamics

<<Top>>

AWARDS

• American Bureau of Shipping Prize or highest standing in the MIT class in the

field of Naval Architecture and Marine Engineering, 1961

• Alan Berman Award of the U.S. Naval Research Laboratory for outstanding research

publication, 1990.

• AT&T Design Innovation Award; for the design of the 1992 America’s Cup Defender,

AMERICA3. This was to the America3 design team, of which J.H. Milgram

is the director.

<<Top>>

PROFESSIONAL SOCIETY MEMBERSHIPS

• Fellow of the Society of Naval Architects and Marine Engineers - Life

• National Academy of Engineering - Life member

• Society of Sigma Xi, (Honorary Society) - member

• Tau Beta Pi, (Honorary Society) - member

<<Top>>

U.S. PATENTS

1. #1,147,132 Trademark“SCOOP”; a complete clean-up system for spilled oil.

2. #3,802,201 Rough water barrier, with D.P. Hoult; method and means for controlling

floating pollutants in rough seas.

3. #3,938,704 In.ation control valves; method and means for remotely controlling

release of a gas from a sealed container to an inflatable device.

4. #3,943,720 Floating oil barrier; means for containing and controlling floating oil

pollution in rough seas with no emulsion-generating protuberances against the oil.

5. #4,059,962 Floating skimming barrier assemblies; a practical combination of a

pollution control barrier and skimmers in a single device to control, contain, and

collect floating oil pollution.

6. #4,131,397 Pumps, with U.S. Bartoo and B.H. O’Connor; double-acting, selfpriming,

hydraulically- driven diaphram pumps.

7. #4,213,298 Self-reversing, hydraulic control system and self-reversing pump incorporating

such system.

8. #4,271,017 High flow rate, oil-water-air separator that rapidly removes large quantities

of oil from seas with floating debris and ice.

9. #4,303,351 Easily and compactly packaged oil pollution barrier.

10. #4,440,523 Separating collector for subsea well blowouts, increases collecting capacity

and efficiency by separating the gas, oil, and water involved in blowout plume.

11. #4,456,071 Oil collector for subsea well blowouts for installation on a seabed.

12. #4,676,899 Tankship on-board oil leak treating system, a means to rapidly mix

dispersant and other treating agents with the oil in a ruptured tank.

<<Top>>

PROFESSIONAL PUBLICATIONS (Chronological)

1. Milgram, J.H.,“Studies on Making Wave Measurements in the Open Sea,” Block

Associates Report, Cambridge, Massachusetts, 1964.

2. __________,“Compliant Water Wave Absorbers,” Massachusetts Institute of Technology

, Department of Naval Architecture and Marine Engineering Research Report

#65-13, Cambridge, Massachussetts, August 1965.

3. __________,“Compliant WaterWave Absorbers - Part 2,” Massachusetts Institute of

Technology , Department of Naval Architecture and Marine Engineering Research

Report #66-13, Cambridge, Massachusetts, September 1966.

4. __________,“Yacht Sail Design,” Symposium on Sailing Yacht Research, Massachusetts

Institute of Technology , Department of Naval Architecture and Marine

Engineering, Cambridge, Massachusetts, November 1966.

5. __________, and Block, M.J.,“Optical Detection of Fluid Flow Velocities by Filtering

in Space and Time,” Journal of the Optical Society of America , Vol. 57, No.

5, May 1967, pp. 604-609.

6. __________, and Blake, W.K.,“An Investigation of the Noise Produced by the Operation

of Leslie Reducing Valves,” Acoustics and Vibration Laboratory, Massachusetts

Institute of Technology , Departments of Naval Architecture and Marine

Engineering, and Mechanical Engineering, Research Report #76234-3, Cambridge,

Massachusetts, 1967.

7. __________,“Surface Waves Due to the Axisymmetric Motion of the Walls of a

Cylindrical Vessel,” Massachusetts Institute of Technology , Department of Naval

Architecture and Marine Engineering Research Report #68-11, Cambridge, Massachusetts,

1968.

8. __________,“The Aerodynamics of Sails,” 7th Symposium on Naval Hydrodynamics

, Rome, Italy, August 1968, (available from the O.ce of Naval Research, Washington,

D.C.)

9. __________,“The Analytical Design of Yacht Sails,” Transactions of the Society of

Naval Architects and Marine Engineers , Vol. 76, 1968, pp. 118-160.

10. __________,“The E.ect of a Wake on the Wave Resistance of a Ship,” Journal of Ship

Research , Vol. 13, No. 1, March 1969, pp. 69-71.

11. __________,“The Technology of the Design of Sails,” Proceedings of the First American

Institute of Aeronautics and Astronautics Symposium on the Aero/ Hydrodynamics

of Sailing , Los Angeles, California, 26 April 1969, Vol. 8, pp. 241-261.

12. __________,“The Motion of a Fluid in a Cylindrical Container with a Free Surface

Following Vertical Impact,” Journal of Fluid Mechanics , Vol. 37, Part 3, July

1969, pp. 435-448.

13. __________,“Active Water Wave Absorbers,” Journal of Fluid Mechanics , Vol. 43,

Part 4, pp. 845-859.

14. __________,“The Distortion of Sails Due to Fabric Deformation”, Proceedings of

the 2nd HISWA Symposium on Yacht Architecture , Amsterdam, Holland, 1970.

15. __________, Hoult, D.P., Cross, R.H., Pollack, E.G., Reynolds, H.J.,“Concept Development

of a Prototype Lightweight Oil Containment System for Use on the High

Seas,” United States Coast Guard , O.ce of Research and Development Report

#714102/A/003, Washington, C.C., June 1970, (available from the Clearing House

for Scienti.c and Technical Information, Spring.eld, Virginia.

16. __________, Hoult, D.P., Fay, J.A., and Cross, R.H.,“The Spreading and Containment

of Oil Slicks,” American Institute of Aeronautics and Astronautics 3rd Fluid

and Plasma Dynamics Conference , Los Angeles, California, June 1970, Report no.

70-754.

17. __________,“Section Data for Thin, Highly Cambered Airfoils in Incompressible

Flow,” NASA , Report No. NASA CR-1767, July 1971.

18. __________, and Bradley, R.G.,“Determination of the Interfacial Tension Between

Two Liquids,” Journal of Fluid Mechanics , Vol. 50, Part 3, December 1971.

19. __________, and Halkyard, J.E.,“Wave Forces on Objects in the Sea,” Journal of

Ship Research , Vol. 15, No. 2, June 1971, pp. 115-124.

20. __________,”Sail Force Coe.cients for Systematic Rig Variations,” Society of Naval

Architects and Marine Engineering Bulletin , 1972.

21. __________,“Forces and Motions of a Flexible Floating Barrier,” Journal of Hydronautics

, Vol. 5, No. 2, April, 1971, pp. 41-51.

22. ,“Sailing Vessels and Sails,” Annual Review of Fluid Mechanics , Vol. 4,

1972.

23. __________, and Knecht, H.I.,“Water Tunnel Tests on the Model Underbodies of

the Yachts NORTHERN LIGHT and YANKEE GIRL,” Massachusetts Institute

of Technology , Department of Ocean Engineering Report #72-21, Cambridge,

Massachusetts, November 1972.

24. __________,“Physical Requirements for Oil Pollution Control Barriers,” Proceedings

of Joint Conference on Prevention and Control of Oil Spills , sponsored by

American Petroleum Institute, Environmental Protection Agency, United States

Coast Guard, Washington, D.C., 13-15 March 1973.

25. __________, and O’Dea, J.F.“Evaluation of Arbitrary Oil Pollution Control Barriers,”

Department of Transportation , United States Coast Guard, Report No.

CG-D-55-75, September 1974.

26. Boesch, D.F., Hershner, C.H., and , Oil Spills and the Marine Environment

__________, Ballinger Publishing Co., Cambridge, Massachusetts, 1974.

27. __________, and Van Houten, R.J.,“Hydrodynamics of the Containment of Oil

Slicks,” Proceedings of the 10th Symposium on Naval Hydrodynamics , Cambridge,

Massachusetts, 1974 (available from the O.ce of Naval Research, Washington,

D.C.).

28. Solomon, A.K., __________, and Kirkwood, D.H.,“Observations on Levitt’s New

Theory of Transport,” Biochemica Biophysica Acta , Vol. 406, October 1975.

29. Poznansky, M. Tong, S., White, P.C., , and Solomon, A.K.,“Nonelectrolyte

Discusion Across Lipid Bilayer Systems,” The Journal of General Physiology , Vol.

67, No. 1, January 1976, pp. 45-66.

30. __________,“Unstirred Layer Corrections for Thin Spherical Membranes,” Appendix,

Ibid .

31. __________,“Waves and Wave Forces,” International Conference on Behavior of

O.shore Structures , The Norwegian Institute of Technology, Trondheim, Norway,

August 1976.

32. __________,“Calculation of Attached or Partially Separated Flow Around Airfoil

Sections,” Journal of Ship Research , Vol. 21, No. 2, June 1977, pp. 69-81.

33. Kern, E.C., and __________,“Experimental Determination of Mooring System Dynamics,”

Massachusetts Institute of Technology, Department of Ocean Engineering

Report No. 76-02, May 1976.

34. __________, and Solomon, A.K.,“Membrane Permeability Equations and Their Solutions

for Red Cells,” The Journal of Membrane Biology , June 1977.

35. __________, and Bartoo, V.S.,“A Skimming and Pumping System for the United

States Coast Guard High Seas Oil Barriers,” United States Coast Guard , O.ce of

Research and Development Report 1977.

36. __________, and Lee, F.C.,“Mass Transport and Decay of Capillary-Gravity Waves

in Deep Water,” Massachusetts Institute of Technology , Department of Ocean

Engineering Report 1977.

37. __________, and Griffiths, R.A.,“Combined Skimmer-Barrier High Seas Oil Recovery

System,” Proceedings of Joint Conference on Prevention and control of Oil Spills

, sponsored by American Petroleum Institute, Environmental Protection Agency,

United States Coast Guard, 8-10 March 1977, Washington, D.C.

38. __________,“Being Prepared for Future ARGO MERCHANTS,” Massachusetts Institute

of Technology , Sea Grant Report No. MITSG 77-10, April, 1977.

39. Kern, E., __________, and Lincoln, W.B.,“Experimental Determination of the Dynamics

of a Mooring System,” Journal of Hydronautics , Vol. 11, No. 4, October

1977, pp. 113-120.

40. __________, and Van Houten, R.J.,“A Flume for the Study of Contained Oil Slicks,”

Massachusetts Institute of Technology , Sea Grant Report No. MITSG 77-19, July

1977.

41. __________,“The Cleanup of Oil Spills from Unprotected Waters: Technolgy and

Policy,” Oceanus , Vol. 20, No. 4, November 1977, pp. 86-94.

42. __________,“Effect of Masts on the Aerodynamics of Sails,” Journal of Marine Technology

, Vol.15, No. 1, January 1978, pp. 35-42

43. __________,“The Role of Physical Studies Before, During, and After Oil Spills,”

University of Rhode Island Symposium, In the Wake of the ARGO MERCHANT

, 11-13 January 1978.

44. __________, and Van Houten, R.J.,“Mechanics of a Restrained Layer of Floating

Oil Above a Water Current,” Journal of Hydronautics , Vol. 12, No. 3, July 1978,

pp. 93-108.

45. __________, Donnelly, R.G., Van Houten, R.J., and Camperman, J.M.,“E.ects of

Oil Slick Properites on the Dispersion of Floating Oil into the Sea,” United States

Coast Guard , Report No. CG-D-64-78, 1978.

46. __________,“Oil Spill Recovery Technology,” Congressional Hearings , before the

Subcommittee on the Environment and the Atmosphere of the Committee on Science

and Technology, United States 95th Congress, 1st session House Report 40,

June 1977, Washington, D.C., 1978, pp. 117-129.

47. __________, and Chance, B.,“Studies of a Scale Model Rapid Reaction Apparatus,”

National Science Foundation , 1979, (available from NTIS).

48. Fazal, R.A., and ,__________“The E.ects of Surface Phenomena on the Spreading

of Oil on Water,” Massachusetts Institute of Technology , Sea Grant Report No.

MITSG 79-31, 1979.

49. __________,“Campeche Oil Spill,” Congressional Hearings , before the Committee

on Commerce, Science, and Transportation, and Committee on Energy and Natural

Resources, United States 96th Congress, 1st session Senate Report 96-66, December

1979, Washington, D.C. 1980, pp. 88-101.

50. Fazal, R.A., and ,__________“The Structure of Gas-Liquid Plumes Above Blowouts,”

Massachusetts Institute of Technology , Department of Ocean Engineering Report

No. 0380-12, 1980.

51. __________,“Studies of Gas Bubble Plumes Simulating an Oil Well Blowout,” Proceedings

of Workshop on Subsea Oil Collection , Canadian Department of the

Environment, Toronto, February, 1981.

52. __________,“Subsea Collection of Oil from a Blowing Well,” United States Coast

Guard , Conservation Division Technical Report, USCG Open File Report 81-704,

1981, pp. 71-78,

53. __________, and Van Houten, R.J.,“Plumes from Blowouts and Broken Gas Pipelines,”

Massachusetts Institute of Technology , Department of Ocean Engineering Report

No. 82-7, 1982.

54. __________, and McLaren, W.,“The Response of Floating Platforms to Subsea Well

Blowouts,” Massachusetts Institute of Technology , Department of Ocean Engineering

Report No. 82-8, 1982.

55. __________, and Van Houten, R.J.,“Plumes from Subsea Well Blowouts,” Proceedings

of 3rd International Conference on the Behavior of O.shore Structures , Massachusetts

Institute of Technology, 1982.

56. __________,“The Collection of Oil from Subsea Well Blowouts,” Proceedings of 2nd

Workshop on Subsea Containment of Oil , Oslo, Norway, 1982.

57. __________,“Measurements of the Flow on a Relatively Large Bubble Plume,” Proceedings

of 2nd Workshop on Subsea Containment of Oil , Oslo, Norway, 1982.

58. Burgess, J.J., and __________,“Experiments with Scale Models of Oil Collectors

for Subsea Well Blowouts,” Applied Ocean Research , Vol. 5, No. 1, 1983.

59. __________, Von Alt, C., and Burgess, J.J.,“Experiments with Scale Models of Oil

Collectors for Subsea Well Blowouts - Part 2,” Applied Ocean Research , Vol. 5,

No. 3, 1983.

60. __________,“The Mean Flow in Round Bubble Plumes,” Journal of Fluid Mechanics

, Vol. 133, pp. 345-376, 1983.

61. __________, “Subsea Collection of Oil from a Blowing Well,” United States Department

of the Interior , Minerals Management Service, Technology Assessment and

Research Program for O.shore Minerals Operations, OCS Report MMS 84-0001,

1984.

62. __________, and Burgess, J.J.,“Measurements of the Surface Flow above Round

Bubble Plumes,” Applied Ocean Research , 1984, Vol. 6, No. 1.

63. __________, and Erb, P.R.,“How Floaters Respond to Subsea Blowouts,” Petroleum

Engineer International , Vol. 56, No. 7, June 1984.

64. __________,“The Speed Potential of AUSTRALIA II,” Proceedings of the 14th

AIAA Symposium on the Aero/Hydronautics of Sailing , Long Beach, California,

November 1984, Vol. 30, pp. 41-56.

65. __________, “Surface & Subsurface Collection of Oil from Blowing Wells”, Proceedings

of Fifth Annual Gulf of Mexico Information Transfer Meeting, U.S. Dept. of

the Interior/Minerals Management Service, New Orleans, November, 1984.

66. Chryssostomidis, C., Graham, C., Kerwin, J., Karr, D., and Milgram, J.H., “The

Role of the Computer in Naval Architecture Education at MIT”, Proc. of 1985

ASEE Annual Conference, American Society of Engineering Education, Washington,

D.C. 1985.

67. , “Narrow V-Shaped Synthetic Aperture Radar Images of Ship Wakes”,

MIT Department of Ocean Engineering Report, 1985.

68. __________, and Unkel, W.,“Computer Support in Laboratories”, Proc. 1985 University

Advanced Education Projects Conference, IBM Academic Information Systems,

Milford, Ct.

69. Godon, A. M., and __________,“Mixing of Fluids in Tanks by Gas Bubble Plumes”,

Journal of Fluids Engineering, Vol. 109, pp. 186-193, June, 1987 and September,

1987.

70. Rolt, K., Schmidt, H., and , __________”Ocean Medium and Platform E.ects on

Synthetic Aperture Sonar”, Journal of the Acoustical Society of America, 87(S1),

S155(A).

71. Rolt, K.,__________ , and Schmidt, H., ”Broadband Undersampled Synthetic Aperture

Arrays: Targets Stay Sharp, Aliases Smear”, Journal of the Acoustical Society

of America, 88(S1), 330(A).

72. __________,“Theory of Radar Backscatter from short Waves Generated by Ships –

With Application to Radar (SAR) Imagery”, Journal of Ship Research, Vol. 32,

No. 1, March 1988.

73. __________, Triantafyllou, M., Frimm, F.C., and Anagnostou, G., “Seakeeping and

Extreme Tensions in O.shore Towing”, Transactions of Society of Naval Architects

and Marine Engineers, 1988.

74. Olmez, H.S., and __________,“Attenuation of Water Waves by Turbulence”, MIT

Dept. of Ocean Eng. Preliminary Report, 1989.

75. Peltzer, R.D., Kaiser, J.A.C., Skop, R.A., __________, Griffin, O.M., and Barger,

W.R., ‘Measurements of the Physical Properties of Surfactant Films that Contribute

to Wave Damping”, EOS Trans. Am. Geophys. Union, V. 71, No. 2,

p.131

76. Peltzer, R.D., __________, Skop, R,A., J.H., Kaiser, J.A.C., Gri.n, O.M., and

Barger, W.R., “Ship Wake Surfactant and Film Hydrodynamics”, EOS Trans. Am.

Geophys. Union, V. 71, No. 43, p.1363

77. Peltzer, R.D., __________, Skop, R,A., J.H., Kaiser, J.A.C., Griffin, O.M., and

Barger, W.R., “Hydrodynamics of Ship Wake Surfactant Films”, Proc. 18th Symposium

on Naval Hydrodynamics, Univ. of Michigan, Ann Arbor, MI, 1990.

78. __________, “ Short Wave Data Measured on the Autec Range”, MIT Department

of Ocean Engineering Report, August, 1990.

79. __________, “ Summary of MIT Short Wave Adat Acquisition and Analysis in

“Standard Leopard” Experiment”, Autec Range”, MIT Department of Ocean Engineering

Report, July, 1990.

80. Frimm, F.C., and , __________“Towline Measurements at Sea”, (Prepared for U.S.

Navy, Supervisor of Salvage and Diving), MIT Department of Ocean Engineering

Report, August, 1991.

81. Olmez, H.S., and __________, “An Experimental Study of Attenuation of Short

Water Waves by Turbulence”, Jl. of Fluid Mech., V. 239, pp. 133-156, 1992.

82. __________, Peltzer, R.D., and Gri.n, O.M., “Suppression of Short Sea Waves in

Ship Wakes – Measurements and Observations”, Journal of Geophysical Research

– Oceans, V. 98, No. C4, 1993.

83. __________, Skop, R.A., Peltzer, R.D., and Gri.n, O.M., “Modeling Short Sea

Wave Energy Distributions in the Far Wakes of Ships”, Journal of Geophysical

Research – Oceans, Vol. 98, No. C4, 1993.

84. __________, Peters, D.B., and Eckhouse, D.H., “Modeling IACC Sail Forces by

Combining Measurements with CFD”, Proceedings of 1993 Chesapeake Sailing

Symposium of the Society of Naval Architects and Marine Engineers.

85. __________, and Frimm, F.C., “Elements of Resistance of IACC Yachts,”, Proceedings

of 1993 Chesapeake Sailing Symposium of the Society of Naval Architects

and Marine Engineers.

86. __________, “Naval Architecture Technology Used in Winning the 1992 America’s

Cup Match”, Transactions of Society of Naval Architects and Marine Engineers,

1993.

87. Olmez, H.S., and __________, “Nonlinear Energy Transfer to Short Gravity Waves

in the Presence of LongWaves”, Journal of Fluid Mechanics, Vol. 289, pp. 199-226,

1995

88. Olmez, H.S., and __________, “Numerical Methods for Nonlinear Interactions Between

Water Waves”, Journal of Computational Physics, Vol. 118, pp. 62-72,April,

1995.

89. Jensen, S. T., and __________, “ Model Scale Tests of an Underwater Vehicle”, MIT

Department of Ocean Engineering Report, 1995.

90. __________,“Extreme Tensions in Open Ocean Towing”, Journal of Ship Research,

Vol. 39, No. 4, pp. 328-346, December, 1995.

91. __________,“Hydrodynamics in Advanced Sailing Vessel Design”, 21st Symposium

on Naval Hydrodynamics, June, 1996.

92. Von Alt, C., Austin, T., Allen, B., Forrester, N., Goldsborough, R., __________, Purcell,

M., and Stokey, R.,“A System Engineering Approach to Integrating Unmanned

Underwater Vehicles into a Fully Automated Launch and Recovery System”, Journal

of Underwater Acoustics, Vol. 47, No. 4, October 1997.

93. Ramsey, W. and __________,“Computation Method for Forces on Aircraft in Close

Proximity”, Proceedings of International Forum on Aeroelasticity and Structural

Dynamics”, Sponsored by American Institute of Aeronautics and Astronautics, and

Confereration of European Aerospace Societies, Rome, 1997.

94. __________,“Fluid Mechanics for Sailing Vessel Design”, Annual Review of Fluid

Mechanics, Volume 30, 1998.

95. Ramsey, W. and __________,“Computation Method for Forces on Aircraft in Close

Proximity”, Aerotecnia Missili e Spazio, Vol 76, No. 3-4, pp. 93-100.

96. Mass, J. T. and __________, “Dynamic Behavior of Natural Sea Surfactants”, Jl.

of Geophysical Res., Vol. 103, No. C8 Pages 15,695-15,715, July, 1998.

97. __________,“Short Wave Damping in the Simultaneous Presence of a Surface Film

and Turbulence”, Jl. of Geophysical Res., Vol. 103, No. C8, pp. 15,717-15,727,

July 1998.

98. __________,“Ship Design: Theory, Experiment and Computational Fluid Dynamics

for Designing of Sailing Vessels”, McGraw-Hill Yearbook of Science and Technology

- 2000, 1999

99. Reed, A. M. and __________,“Ship Wakes and Their Radar Images”, Annual Review

of Fluid Mechanics, Volume 34, 2002.

100. __________ and Li, Weichang, “Computational Reconstruction of Images from Holograms”,

Applied Optics, Vol.41, No. 5, pp. 853-864, 2002.

101. __________, “Computational Holographic Image Reconstruction”, Proc. IS&T/SPIE

Symposium on Electronic Imaging, Science and Technology, San Jose, CA, January, 2002.

<<Top>>