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Appendix D Virtual World Congress
Pages 97-106

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From page 97... ... or non-U.S. virtual world congress organizers by area of mechanical engineering. Read the entire page →
From page 98... ... %U.S. Acoustics and Acoustics 6 6 0 100 109 45 64 41 109 45 64 41 Dynamics Dynamics 10 6 4 60 194 116 78 60 123 85 38 69 71 31 40 44 Subarea Total 16 12 4 75 303 161 142 53 232 130 102 56 71 31 40 44 Biomechanics 4 4 0 100 57 45 12 79 60 46 14 77 60 46 14 77 Bioengineering Constitutive modeling 3 2 1 67 58 37 21 64 Molecular and cellular biomechanics 2 2 0 100 20 15 5 75 20 15 5 75 Functional tissue engineering 2 1 1 50 39 34 5 87 Biomaterials 2 1 1 50 20 15 5 75 20 15 5 75 Subarea Total 13 10 3 77 194 146 48 75 100 76 24 76 60 46 14 77 Computational Mechanics Computational engineering science and designa 6 3 3 50 113 50 63 44 53 30 23 57 60 20 40 33 Computational fluid dynamics 5 2 3 40 88 42 46 48 40 22 18 55 48 20 28 42 Computational solid mechanics 17 6 11 35 288 149 139 52 82 55 27 67 206 94 112 46 Subarea Total 28 11 17 39 489 241 248 49 175 107 68 61 314 134 180 43 Design Design informatics and environments 8 8 0 100 104 88 16 85 104 88 15 85 Design simulation and modeling 10 9 1 90 141 126 15 89 129 116 13 90 12 10 2 83 Design theory 11 9 2 82 156 115 41 74 128 102 26 80 28 13 15 46 Design synthesis 9 8 1 89 131 90 41 69 114 81 33 71 17 9 8 53 Subarea Total 38 34 4 89 532 419 113 79 475 387 87 81 57 32 25 56 Control system design Dynamic Systems methodologies: Control theories 8 6 2 75 151 91 60 60 111 74 37 67 40 23 40 58 and Controls Enabling technologies 6 6 0 100 104 56 48 54 104 56 48 54 Mechatronics and applications 11 4 7 36 197 79 118 40 73 49 24 67 124 30 94 24 Modeling, identification and simulation 6 3 3 50 112 42 70 38 51 24 27 47 61 18 43 30 Robotics and automation 8 4 4 50 150 82 68 55 79 52 27 66 71 30 41 42 Subarea Total 39 23 16 59 714 350 364 49 418 255 163 61 296 101 218 34 Energy conversion and storage Energy Systems (combined) Read the entire page →
From page 99... ... %U.S. Toolings and equipment 5 5 0 100 83 41 42 49 83 41 42 49 Manufacturing Metrology 4 4 0 100 66 28 38 42 66 28 38 42 processes 8 7 1 88 129 76 53 59 118 74 44 63 11 2 9 18 Systems 4 4 0 100 58 30 28 52 58 30 28 52 Quality 5 5 0 100 53 31 22 58 53 31 22 58 Subarea Total 26 25 1 96 389 206 183 53 378 204 174 54 11 2 9 18 Mechanics of Engineering Durability mechanics 8 7 1 88 129 86 43 67 109 74 35 68 20 12 8 60 Materials Experimental mechanics 6 6 0 100 110 91 19 83 110 91 19 83 Multiscale mechanics and computational materials 10 8 2 80 154 112 42 73 128 96 32 75 26 16 10 62 Nano-mechanics and nanomaterials 6 6 0 100 121 100 21 83 121 100 21 83 Subarea Total 30 27 3 90 514 389 125 76 468 361 107 77 46 28 18 61 8 3 5 38 83 47 36 57 29 8 29 28 54 26 28 48 MEMS / NEMS Thermal Systems & Applications 10 8 2 80 194 124 70 64 157 105 52 67 37 19 18 51 Heat Transfer Combustion 5 5 0 100 87 49 38 56 87 49 38 56 Fluid mechanics 5 3 5 60 77 47 30 61 31 28 3 90 46 19 27 41 Heat transfer 7 5 2 71 122 86 36 70 90 70 20 78 32 16 16 50 Nano/Micro systems 5 5 0 100 82 61 21 74 82 61 21 74 Subarea Total 32 26 9 81 562 367 195 65 447 313 134 70 115 54 61 47 Contact mechanics and surface Tribology engineering 6 5 1 83 128 68 60 53 101 54 47 53 27 14 13 52 Diagnositcs of tribosystems 3 0 3 0 54 20 34 37 54 20 34 37 Friction and wear 4 2 2 50 67 31 36 46 28 16 12 57 39 15 24 38 Hydrodynamic phenomena 8 4 4 50 135 61 74 45 64 41 23 64 71 20 51 28 Tribomaterials 5 4 1 80 87 45 42 52 74 41 33 55 13 4 9 31 Subarea Total 26 15 11 58 471 225 246 48 267 152 115 57 204 73 131 36 2,73 2,17 TOTAL 272 201 74 74 4,525 6 1,794 60 3,251 0 1,088 67 1,240 530 733 43 a NOTE: combination of computational metods in design and optimization, and electromechanical systems, computational bioengineering, and computational electromagnetics 99 Read the entire page →
From page 100... ... Massachusetts Institute of Technology, Cambridge Bettig Bernhard Michigan Technological University, Houghton Bhushan Bharat Ohio State, Columbus Blanchet Thierry Rensselaer Polytechnic Institute, Troy, New York Blau Peter Oak Ridge National Laboratory, Oak Ridge, Tennessee Book Wayne J Georgia Institute of Technology, Atlanta Boothroyd Geoffrey University of Rhode Island, Kingston Cahill David University of Illinois, Urbana-Champagne Campbell Matthew University of Texas, Austin Carpick Robert W Read the entire page →
From page 101... ... University of California, Berkeley Dowling David University of Michigan, Ann Arbor Downar Tom Purdue University, West Lafayette, Indiana Du Xiaoping University of Missouri, Rolla Dubowsky Steve Massachusetts Institute of Technology, Cambridge Dwyer-Joyce R University of Sheffield, United Kingdom Dynn Clive L Read the entire page →
From page 102... ... B Brown University, Providence, Rhode Island Frey Dan Massachusetts Institute of Technology, Cambridge Fukuda Toshio Nagoya University, Japan Furuta Katsuhsia Tokoy Denki University, Japan Gao Huajian Brown University, Providence, Rhode Island Gardner Martha General Electric Garimella Sureh Purdue University, West Lafayette, Indiana National Air and Space Administration, Langley, Gates Thomas S Read the entire page →
From page 103... ... Nanyang Technological University, Nanyang, Singapore Kamm Roger Massachusetts Institute of Technology, Cambridge Kato Koji Tohoku University, Sendrai, Japan Kaviany Massoud University of Michigan, Ann Arbor Kawahara Mutsuto Chuo University, Japan Kazimi Mujid Massachusetts Institute of Technology, Cambridge Keane Andy University of Southhampton, United Kingdom Kennedy Francis E Dartmouth College, Hanover, New Hampshire Kerschen Gaetan University of Liege, Liege, Belgium Kesavadas T Read the entire page →
From page 104... ... Swansea University, Swansea, Wales, United Kingdom Packard Andy University of California, Berkeley Paden Brad University of California, Santa Barbara Paidoussis Michael P McGill University, Montreal, Canada Papalambros Panos University of Michigan, Ann Arbor Papdrakakis Manolis National Technical University of Athens, Greece Paredis Chris Georgia Institute of Technology, Atlanta Pfeiffer Friedrich Technical University of Munich, Germany Pironneau Olivier Universite Paris VI, France Pisano Albert P Read the entire page →
From page 105... ... Georgia Institute of Technology, Atlanta San Andres Luis Texas A&M University, College Station Sano Akiro Keio University, Mita-cho, Minato-ku, Japan Schiehlen Werner University of Stuttgart, Stuttgart, Germany Schmidt Linda University of Maryland, College Park Seybert Andrew F University of Kentucky, Lexington Sharp Robin Imperial College, London, United Kingdom Shaw Ramesh K Read the entire page →
From page 106... ... Leuven, Belgium van der Giessen Erik University of Groningen, Groningen, Netherlands Virgin Laurie Duke University, Durham, North Carolina Viskanta Ray Purdue University, West Lafayette, North Carolina VunjakNovakovic Gordana Columbia University, New York, New York Wang Kuo K Cornell University, Ithaca, New York Wang Gary University of Manitoba, Winnipeg, Canada Wang Yan University of Central Florida, Orlando Wei Bin GE Global Williams John Cambridge University, United Kingdom Wriggers Peter University of Hannover, Hannover, Germany Wu Teresa Arizona State University, Tempe Yang Maria University of South California, Los Angles Yassine Ali University of Illinois Urbana-Champaign Zhang Zhuomin Georgia Institute of Technology, Atlanta 106 Read the entire page →

From page 97...

... or non-U.S. virtual world congress organizers by area of mechanical engineering.

Read the entire page →

From page 98...

... %U.S. Acoustics and Acoustics 6 6 0 100 109 45 64 41 109 45 64 41 Dynamics Dynamics 10 6 4 60 194 116 78 60 123 85 38 69 71 31 40 44 Subarea Total 16 12 4 75 303 161 142 53 232 130 102 56 71 31 40 44 Biomechanics 4 4 0 100 57 45 12 79 60 46 14 77 60 46 14 77 Bioengineering Constitutive modeling 3 2 1 67 58 37 21 64 Molecular and cellular biomechanics 2 2 0 100 20 15 5 75 20 15 5 75 Functional tissue engineering 2 1 1 50 39 34 5 87 Biomaterials 2 1 1 50 20 15 5 75 20 15 5 75 Subarea Total 13 10 3 77 194 146 48 75 100 76 24 76 60 46 14 77 Computational Mechanics Computational engineering science and designa 6 3 3 50 113 50 63 44 53 30 23 57 60 20 40 33 Computational fluid dynamics 5 2 3 40 88 42 46 48 40 22 18 55 48 20 28 42 Computational solid mechanics 17 6 11 35 288 149 139 52 82 55 27 67 206 94 112 46 Subarea Total 28 11 17 39 489 241 248 49 175 107 68 61 314 134 180 43 Design Design informatics and environments 8 8 0 100 104 88 16 85 104 88 15 85 Design simulation and modeling 10 9 1 90 141 126 15 89 129 116 13 90 12 10 2 83 Design theory 11 9 2 82 156 115 41 74 128 102 26 80 28 13 15 46 Design synthesis 9 8 1 89 131 90 41 69 114 81 33 71 17 9 8 53 Subarea Total 38 34 4 89 532 419 113 79 475 387 87 81 57 32 25 56 Control system design Dynamic Systems methodologies: Control theories 8 6 2 75 151 91 60 60 111 74 37 67 40 23 40 58 and Controls Enabling technologies 6 6 0 100 104 56 48 54 104 56 48 54 Mechatronics and applications 11 4 7 36 197 79 118 40 73 49 24 67 124 30 94 24 Modeling, identification and simulation 6 3 3 50 112 42 70 38 51 24 27 47 61 18 43 30 Robotics and automation 8 4 4 50 150 82 68 55 79 52 27 66 71 30 41 42 Subarea Total 39 23 16 59 714 350 364 49 418 255 163 61 296 101 218 34 Energy conversion and storage Energy Systems (combined)

Read the entire page →

From page 99...

... %U.S. Toolings and equipment 5 5 0 100 83 41 42 49 83 41 42 49 Manufacturing Metrology 4 4 0 100 66 28 38 42 66 28 38 42 processes 8 7 1 88 129 76 53 59 118 74 44 63 11 2 9 18 Systems 4 4 0 100 58 30 28 52 58 30 28 52 Quality 5 5 0 100 53 31 22 58 53 31 22 58 Subarea Total 26 25 1 96 389 206 183 53 378 204 174 54 11 2 9 18 Mechanics of Engineering Durability mechanics 8 7 1 88 129 86 43 67 109 74 35 68 20 12 8 60 Materials Experimental mechanics 6 6 0 100 110 91 19 83 110 91 19 83 Multiscale mechanics and computational materials 10 8 2 80 154 112 42 73 128 96 32 75 26 16 10 62 Nano-mechanics and nanomaterials 6 6 0 100 121 100 21 83 121 100 21 83 Subarea Total 30 27 3 90 514 389 125 76 468 361 107 77 46 28 18 61 8 3 5 38 83 47 36 57 29 8 29 28 54 26 28 48 MEMS / NEMS Thermal Systems & Applications 10 8 2 80 194 124 70 64 157 105 52 67 37 19 18 51 Heat Transfer Combustion 5 5 0 100 87 49 38 56 87 49 38 56 Fluid mechanics 5 3 5 60 77 47 30 61 31 28 3 90 46 19 27 41 Heat transfer 7 5 2 71 122 86 36 70 90 70 20 78 32 16 16 50 Nano/Micro systems 5 5 0 100 82 61 21 74 82 61 21 74 Subarea Total 32 26 9 81 562 367 195 65 447 313 134 70 115 54 61 47 Contact mechanics and surface Tribology engineering 6 5 1 83 128 68 60 53 101 54 47 53 27 14 13 52 Diagnositcs of tribosystems 3 0 3 0 54 20 34 37 54 20 34 37 Friction and wear 4 2 2 50 67 31 36 46 28 16 12 57 39 15 24 38 Hydrodynamic phenomena 8 4 4 50 135 61 74 45 64 41 23 64 71 20 51 28 Tribomaterials 5 4 1 80 87 45 42 52 74 41 33 55 13 4 9 31 Subarea Total 26 15 11 58 471 225 246 48 267 152 115 57 204 73 131 36 2,73 2,17 TOTAL 272 201 74 74 4,525 6 1,794 60 3,251 0 1,088 67 1,240 530 733 43 a NOTE: combination of computational metods in design and optimization, and electromechanical systems, computational bioengineering, and computational electromagnetics 99

Read the entire page →

From page 100...

... Massachusetts Institute of Technology, Cambridge Bettig Bernhard Michigan Technological University, Houghton Bhushan Bharat Ohio State, Columbus Blanchet Thierry Rensselaer Polytechnic Institute, Troy, New York Blau Peter Oak Ridge National Laboratory, Oak Ridge, Tennessee Book Wayne J Georgia Institute of Technology, Atlanta Boothroyd Geoffrey University of Rhode Island, Kingston Cahill David University of Illinois, Urbana-Champagne Campbell Matthew University of Texas, Austin Carpick Robert W

Read the entire page →

From page 101...

... University of California, Berkeley Dowling David University of Michigan, Ann Arbor Downar Tom Purdue University, West Lafayette, Indiana Du Xiaoping University of Missouri, Rolla Dubowsky Steve Massachusetts Institute of Technology, Cambridge Dwyer-Joyce R University of Sheffield, United Kingdom Dynn Clive L

Read the entire page →

From page 102...

... B Brown University, Providence, Rhode Island Frey Dan Massachusetts Institute of Technology, Cambridge Fukuda Toshio Nagoya University, Japan Furuta Katsuhsia Tokoy Denki University, Japan Gao Huajian Brown University, Providence, Rhode Island Gardner Martha General Electric Garimella Sureh Purdue University, West Lafayette, Indiana National Air and Space Administration, Langley, Gates Thomas S

Read the entire page →

From page 103...

... Nanyang Technological University, Nanyang, Singapore Kamm Roger Massachusetts Institute of Technology, Cambridge Kato Koji Tohoku University, Sendrai, Japan Kaviany Massoud University of Michigan, Ann Arbor Kawahara Mutsuto Chuo University, Japan Kazimi Mujid Massachusetts Institute of Technology, Cambridge Keane Andy University of Southhampton, United Kingdom Kennedy Francis E Dartmouth College, Hanover, New Hampshire Kerschen Gaetan University of Liege, Liege, Belgium Kesavadas T

Read the entire page →

From page 104...

... Swansea University, Swansea, Wales, United Kingdom Packard Andy University of California, Berkeley Paden Brad University of California, Santa Barbara Paidoussis Michael P McGill University, Montreal, Canada Papalambros Panos University of Michigan, Ann Arbor Papdrakakis Manolis National Technical University of Athens, Greece Paredis Chris Georgia Institute of Technology, Atlanta Pfeiffer Friedrich Technical University of Munich, Germany Pironneau Olivier Universite Paris VI, France Pisano Albert P

Read the entire page →

From page 105...

... Georgia Institute of Technology, Atlanta San Andres Luis Texas A&M University, College Station Sano Akiro Keio University, Mita-cho, Minato-ku, Japan Schiehlen Werner University of Stuttgart, Stuttgart, Germany Schmidt Linda University of Maryland, College Park Seybert Andrew F University of Kentucky, Lexington Sharp Robin Imperial College, London, United Kingdom Shaw Ramesh K

Read the entire page →

From page 106...

... Leuven, Belgium van der Giessen Erik University of Groningen, Groningen, Netherlands Virgin Laurie Duke University, Durham, North Carolina Viskanta Ray Purdue University, West Lafayette, North Carolina VunjakNovakovic Gordana Columbia University, New York, New York Wang Kuo K Cornell University, Ithaca, New York Wang Gary University of Manitoba, Winnipeg, Canada Wang Yan University of Central Florida, Orlando Wei Bin GE Global Williams John Cambridge University, United Kingdom Wriggers Peter University of Hannover, Hannover, Germany Wu Teresa Arizona State University, Tempe Yang Maria University of South California, Los Angles Yassine Ali University of Illinois Urbana-Champaign Zhang Zhuomin Georgia Institute of Technology, Atlanta 106

Read the entire page →

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Appendix D Virtual World Congress Pages 97-106

Appendix D Virtual World Congress
Pages 97-106