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| Date |
[Date] February 15-17, 2011 |
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| Venue |
[Venue] 011 room, Hon-kan, Atsugi Campus, Tokyo Polytechnic University |
| Titles |
[Lecture 1]
Codification for the Wind Response of Structures (general)
[Lecture 2]
Codification for the Response of Bridges to Wind
[Lecture 3]
Codification for the Response of Tall Buildings to Wind
[Lecture 4]
Examples of the Real Response of Structures to Wind Excitation
[Lecture 5]
Design of Structures for Multiple Actions (wind, earthquake, traffic) |
| Lecturer |
Alan P. Jeary (Professor, University of Western Sydney) |
| Date |
[Date] February 8-10, 2011 |
|
| Venue |
[Venue] 011 room, Hon-kan, Atsugi Campus, Tokyo Polytechnic University |
| Titles |
[Lecture 1]
Passive Cooling of Buildings
[Lecture 2]
Air Flow in Urban Canyons
[Lecture 3]
Air Flow in Urban Canyons
[Lecture 4]
Natural ventilation in buildings
[Lecture 5]
The use of cool materials in buildings |
| Lecturer |
Matthew Santamouris (Professor, University of Athens) |
| Date |
[Date] February 1-3, 2011 |
|
| Venue |
[Venue] 011 room, Hon-kan, Atsugi Campus, Tokyo Polytechnic University |
| Titles |
[Lecture 1]
Atmospheric motions
[Lecture 2]
The Planetary Boundary Layer and wind profiles
[Lecture 3]
Wind spectra and turbulence
[Lecture 4]
Bluff body aerodynamics
[Lecture 5]
Gust factor approach to tall building along-wind excitation |
| Lecturer |
Richard GJ Flay (Professor, Auckland University) |
| Date |
[Date] January 25-26, 2011 |
|
| Venue |
[Venue] 011 room, Hon-kan, Atsugi Campus, Tokyo Polytechnic University |
| Titles |
[Lecture 1]
Introduction to turbulence models for engineering applications related to wind environment (I):
Concept of Eddy Viscosity Model and basic equations of k-¦Å model
[Lecture 2]
Introduction to turbulence models for engineering applications related to wind environment (II):
a) Drawbacks of standard k-¦Åmodel and its revisions for wind engineering,
b) DSM, ASM and WET
[Lecture 3]
Introduction to turbulence models for engineering applications related to wind environment (III):
a) LES
b) Modeling of aerodynamic effects of small obstacles whose sizes are smaller than grid size (trees, small buildings, automobiles, pedestrians)
[Lecture 4]
Analysis of urban climate
a) Environmental impacts of urban heat islands and their countermeasures -experiences of
Japanese dense cities-
b) Heat balance analysis of urban space for climate sensitized urban planning
c) Up-scaling engineering CFD models to include mesoscale meteorological influences
[Lecture 5]
Total analysis of microclimate and pedestrian thermal comfort in cities
a) Coupled analysis of convection, radiation and conduction
b) Prediction of thermal environment and ventilation efficiency in real street canyons
c) Prediction of snow distribution in built-up environment--modeling of snowdrift and snowmelt- |
| Lecturer |
Akashi Mochida (Professor, Tohoku Unviersity) |
| Date |
[Date] January 18-20, 2011 |
|
| Venue |
[Venue] Seminar room, 2nd floor, APEC Wind Hazard Mitigation Center, Atsugi Campus, Tokyo Polytechnic University |
| Titles |
[Lecture 1]
Wind Environment
[Lecture 2]
Wind effects on people
[Lecture 3]
Wind effects on transport networks
[Lecture 4]
Wind effects in the built environment
[Lecture 5]
Wind effects on agriculture |
| Lecturer |
Christoper James Baker (Professor, University of Birmingham) |
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