Here you can find and view all our past webcasts.
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
TRANSFORMING ENERGY LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
TRANSFORMING ENERGY LECTURE SERIES
MECHANICAL ENGINEERING SPECIAL
MECHANICAL ENGINEERING TALK
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
TRANSFORMING ENERGY LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
TRANSFORMING ENERGY LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
TRANSFORMING ENERGY LECTURE SERIES
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
These are RealMedia webcasts. Please download the RealOne player
May 6, 2005, 2pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Maynard Hill
TRANSATLANTIC RADIO CONTROLLED MODEL FLIGHT
Abstract: On August 9, 2003, Maynard Hill launched a radio-controlled aeromodel at Cape Spear, Newfoundland. After 38 hours, 52 minutes and 14 seconds of non-stop flight, the model plane was landed at Mannin Beach, Ireland, on August 11. This flight was the first time a model aeroplane weighing less than 11 pounds had flown across the Atlantic Ocean.
[ Watch this Webcast ] : 1 Hour
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April 29, 2005, 2pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Prof. Subra Suresh,
Department of Materials Science and Engineering, M.I.T.
CELL BIOMECHANICS AND HUMAN DISEASE STATES
Abstract: We explore coupling among mechanics, biology and medicine at the cell and subcellular levels by investigating: the molecular changes induced by invasion of parasites or from exposure to chemicals occurring naturally in the human body, the consequent changes in the mechanical response of the cell, and possible implications for disease progression. The two cases considered are: human red blood cells invaded by the malaria parasite Plasmodium falciparum and Panc-1 pancreatic cancer cells.
[ Watch this Webcast ] : 1 Hour
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April 22, 2005, 2pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Mitch Smooke,
Strathcona Professor of Engineering at Yale University
Laminar, sooting, ethylene-fueled, coflow diffusion flames at atmospheric pressure have been studied experimentally and theoretically as a function of fuel dilution by inert nitrogen.
[ Watch this Webcast ] : 1 Hour
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April 15, 2005, 2pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Charles Harper
SOME PERSPECTIVES ON THE HISTORY OF ELECTRONIC PACKAGING
[ Watch this Webcast ] : 1 Hour
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April 1, 2005, 2pm
Resnick Auditorium (Room 1202), Engineering Building
Prof. Yogesh Jaluria
BUOYANCY-DRIVEN FLOWS IN NATURAL AND PRACTICAL THERMAL PROCESSES
[ Watch this Webcast ] : 1 Hour
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February 25, 2005, 2pm
Resnick Auditorium (Room 1202), Engineering Building
Dr. José M. Izquierdo
RISK ASSESSMENT AND PROTECTION ENGINEERING
[ Watch this Webcast ] : 1 Hour
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February 10, 2005
Tsunami Open Forum
See more information and Powerpoint slides at this link : Tsunami
[ Watch This Webcast ] : 1 Hour 30 mins
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February 18, 2005
Dr. Bar-Cohen Guest Lecture to University of Texas – Arlington
Challenges and Opportunities in the Thermal Management of Nanoelectronics
The rapid migration of microelectronics into nanoelectronics, with the consequent rise in transistor density and switching speed, has led to steep increases in die heat flux and power dissipation. In the absence of new and more aggressive thermal management techniques, nanoelectronic chips can be expected to experience rising average temperatures, on-chip “hot spots” and sharp temperature gradients, leading to accelerated failure rates and an overall loss in IC reliability and performance.
[ Watch This Webcast ] : 1 Hour 18 minutes
[ Download the Powerpoint Slides ]
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
These are RealMedia webcasts. Please download the RealOne player
November 4, 2005, 2:30pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Charles Steele, Stanford University
(Audio is missing for the first minute and a half)
Some Basic Mechanics of the Middle and Inner Ear
Abstract: Recent results for the eardrum indicate that nature has an interesting mechanical solution for the problem of a diaphragm that is effective across a wide frequency range. Following that will be a discussion of the function of the inner ear in transferring sound into neural excitation.
[ Watch this Webcast ] : 1 Hour
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October 7, 2005, 2:30pm
Resnick Auditorium (Room 1202), Glenn L. Martin Hall (Bldg. 088)
Stephen B. Pope
ADVANCES IN THE COMPUTATION OF TURBULENT CHEMICALLY REACTIVE FLOWS
Abstract: Turbulent chemically reactive flows are prevalent in the chemical process industry, combustion, and elsewhere. Predictive computational tools are sought to aid in the design of reactive-flow devices, to improve performance, and to shorten the design cycle
[ Watch this Webcast ] : 1 Hour
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
These are RealMedia webcasts. Please download the RealOne player
Friday, April 30, 2004
Lecture 4 : Leaders in Mechanical Engineering Lecture Series
Joe Donndelinger, General Motors
University of Maryland, Department of Mechanical Engineering
Information Flow and Decision-Making in Advanced Vehicle Development.
[ Watch This Webcast ] : 1 Hour
[ Download the Powerpoint Slides ]
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Friday, April 2, 2004
Lecture 3 : Leaders in Mechanical Engineering Lecture Series
Robert Fischell, Professor of Practice,
University of Maryland, Dept of Mechanical Engineering
"The Art and Science of Coronary Stents"
[ Watch This Webcast ] : 1 Hour
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Friday, March 12, 2004
Lecture 2 : Leaders in Mechanical Engineering Lecture Series
Gerry Stokes,
Joint Global Change Research Institute
"The Technological Challenge of Climate Change"
[ Watch This Webcast ] : 1 Hour
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Friday, February 13, 2004
Lecture 1 : Leaders in Mechanical Engineering Lecture Series
Richard Ulrich,
Professor of Chemical Engineering, University of Arkansas
"Embedded Passive Components: Keeping American Manufacturing One Step Ahead"
[ Watch This Webcast ] : 1 Hour
No Webcasts This Semester
LEADERS IN MECHANICAL ENGINEERING LECTURE SERIES
These are RealMedia webcasts. Please download the RealOne player
Friday, April 25, 2003
Lecture 8 : Leaders in Mechanical Engineering Lecture Series
Ron Adrian, University of Illinois, "Vortex Organization in Wall Turbulence"
[ Watch This Webcast ] : 1 Hour
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Friday, April 18, 2003
Lecture 7 : Leaders in Mechanical Engineering Lecture Series
Fred Gouldin, Cornell University
"Does Garbage In = Garbage Out?"
[ Watch This Webcast ] : 1 hour, 11 minutes
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Friday, April 11, 2003
Lecture 6 : Leaders in Mechanical Engineering Lecture Series
Roger Howe, University of California, Berkeley
"Will MEMS Ever Really Matter to the Semiconductor Industry?"
[ Watch This Webcast ] : 1 hour, 3 minutes
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Friday, April 4, 2003
Lecture 5 : Leaders in Mechanical Engineering Lecture Series
Gregory S. Chirikjian, Johns Hopkins University
"Mechanical Models of Conformational Transitions in Large Biomolecular Structures"
[ Watch This Webcast ] : 59 minutes
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Friday, March 14, 2003
Lecture 4 : Leaders in Mechanical Engineering Lecture Series
Hratch Semerjian, NIST
"Metrology: Its Impact on the Economy, International Trade, and Quality of Life"
[ Watch This Webcast ] : 1 hour, 12 minutes
[ Download the Powerpoint Slides ]
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Friday, March 7, 2003
Lecture 3 : Leaders in Mechanical Engineering Lecture Series
Lex Smits, Princeton University
"Turbulent Pipe Flow: The Law of the Wall and Why Moody was Wrong"
[ Watch This Webcast ] : 52 Minutes
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Wednesday, March 5, 2003
Guest Lecturer - Dr. Ajay Malshe
Professor, Mechanical Engineering Department at the University of Arkansas, Fayetteville
"Nanomanufacturing for Integrated Systems: Infusion of Nano-Micro-Bio, Opportunities and Progress"
[ Watch This Webcast ] : 53 Minutes
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Friday, February 28, 2003
Lecture 2 : Leaders in Mechanical Engineering Lecture Series
Earl Dowell, Duke University
"Linear and Nonlinear Dynamics of Very High Dimensional Systems"
[ Watch This Webcast ] : 57 Minutes
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Friday, February 21, 2003
Lecture 1 : Leaders in Mechanical Engineering Lecture Series
Arthur Bergles, University of Maryland and RPI
"Advanced Enhancement: Third Generation Heat Transfer, or 'The Final Frontier' ”
This seminar considers the many techniques that have been developed to enhance convective heat transfer, that is, to improve heat transfer performance. A summary is given of the techniques that are effective for the various modes of heat transfer, and are applied to thermal systems throughout the world - including cooling systems for microelectronics.
[ Watch This Webcast ] : 47 minutes
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Thursday, February 6, 2003
Space Shuttle Technology Forum
The tragic loss of the Columbia and its crew has prompted a broad review of the technologies that underpin the shuttle and the manned exploration of space. At this Forum, Clark School faculty and research staff shared first hand experience and knowledge of these technologies and the trade-offs and risks inherent in the development of spacecraft. Following a series of brief presentations, the Forum opened for questions and comments from the audience.
[ Watch This Webcast ] : 1 hour, 49 minutes
No Webcasts This Semester
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· A. James Clark School of Engineering
· Department of Mechanical Engineering
2181 Glenn L. Martin Hall, College Park, MD 20742
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