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| 日時 |
[日 時] January 25-26, 2011 |
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| 場所 |
[会 場]東京工芸大学 厚木キャンパス 本館 011教室 |
| 講義タイトル |
[Lecture 1]
Introduction to turbulence models for engineering applications related to wind environment (I):
Concept of Eddy Viscosity Model and basic equations of k-ε model
[Lecture 2]
Introduction to turbulence models for engineering applications related to wind environment (II):
a) Drawbacks of standard k-εmodel 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- |
| 講師 |
Akashi Mochida (Professor, Tohoku Unviersity) |
| 日時 |
[日 時] January 18-20, 2011 |
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| 場所 |
[会 場]東京工芸大学厚木キャンパスAPEC強風防災センター2Fセミナー室 |
| 講義タイトル |
[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
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| 講師 |
Christoper James Baker (Professor, University of Birmingham) |
| 日時 |
[日 時] February 23-25, 2010 |
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| 場所 |
[会 場] 東京工芸大学厚木キャンパス本館1階011教室 |
| 講義タイトル |
Environmental Wind Engineering
[Lecture 1] Introduction
Environmental wind engineering issues
Wind characteristics; wind structure; wind climatology
[Lecture 2] Pedestrian level winds
Fundamentals of wind-buildings interaction;
experimental approaches vs CFD; case studies
[Lecture 3] Wind comfort
Wind comfort criteria; wind ordinances; overall comfort issues;
Comfort in tall buildings
[Lecture 4] Exhaust Dispersion around Buildings
Assessment via ASHRAE semi-empirical methodology; wind tunnel
experimentation; field experiments; numerical methods (CFD); and
EPA-approved models. Design guidelines (codes and standards,
ASHRAE, simple provisions)
[Lecture 5] Natural / Hybrid Ventilation in Buildings
General overview, objectives, barriers and opportunities; case studies;
design issues: fundamentals of natural ventilation; orifice equation,
discharge coefficients, internal pressure coefficients; cross-ventilation;
wind tunnel experimentation; guidelines. |
| 講師 |
Theodore Stathopoulos (Professor, Concordia University) |
| 日時 |
[日 時] February 15-17, 2010 |
|
| 場所 |
[会 場] 東京工芸大学厚木キャンパス本館1階011教室 |
| 講義タイトル |
to be fixed
2008年度の講義内容（参考）
[Lecture 1&2]
Study of tornado wind and their effects on buildings
[Lecture 3&4]
Study of downburst wind and their effects on buildings
[Lecture 5&6]
Aerodynamic loads and response of slender structures in time domain |
| 講師 |
Partha P. Sarkar (Professor, Iowa State University) |
| 日時 |
[日 時]February 8-10, 2010 |
|
| 場所 |
[会 場]東京工芸大学厚木キャンパス本館
011教室（2/8), 021教室(2/9,10) |
| 講義タイトル |
Title: Wind Effects on the Components & Cladding of Low-Rise Buildings
[Lecture 1]
Aerodynamics of low-rise buildings.
Wind loads on building components and cladding.
[Lecture 2]
Internal pressures.
Wind tunnel testing of low-rise buildings.
[Lecture 3]
Typical failures of low-rise buildings in wind storms.
Test methods of building components and cladding.
[Lecture 4]
Performance and testing of glass and windows. Testing for wind-driven rain.
[Lecture 5]
Following failure: flight of wind borne debris. Debris impact testing. |
| 講師 |
Gregory A. Kopp (Professor, University of Western Ontario) |
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