|
|
(7) International Advanced School on Wind Engineering |
|
Time: |
December 6-8, 2010 |
Venue: |
New Delhi, India |
Lecturer |
|
From Left: |
Chii-Ming Cheng (Tamkang University, Taiwan) |
|
Michael Kasperski (Ruhr University Bucham, Germany) |
|
You Lin Xu (Hong Kong Polytechnic University, Hong Kong) |
|
Chris Letchford (University of Tasmania, Australia) |
|
Ted Stathioiulos (Concordia University, Canada) |
|
Partha Sarkar (Iowa State University, USA) |
|
Yukio Tamura (Tokyo Polytechnic University) |
| Lecture Contents |
Chii Ming Cheng |
Aerodynamic database for tall buildings |
| Aero-data based wind resistant design of tall buildings |
| e-wind: An integrated engineering solution package for wind sensitive buildings
and structures |
Michael Kasperski |
Estimation of the design wind speed |
| Specification of the design value of the aerodynamic coefficient |
| Identification of the effective pressure distribution |
Prem Krishna |
Proposed revisions in the Indian Wind Loading Code: Part 1 Revisions |
| Proposed revisions in the Indian Wind Loading Code: Part 2 Implications
in design |
| Proposed revisions in the Indian Wind Loading Code: Part 3 Research needs |
Chris Letchford |
Climatology of extreme winds |
| Windborne debris in horizontal winds and applications to impact testing |
Partha Sarkar |
Interference effects of surrounding buildings on wind loads |
| Aerodynamic loads and response of slender structures in time domain |
| Rain-wind induced and dry cable vibration of stay cables |
Ted Stathopoulos |
Understanding wind codes and standards: Fundamentals behind their provisions
I |
| Understanding wind codes and standards: Fundamentals behind their provisions
II |
| Understanding wind codes and standards: Fundamentals behind their provisions
III |
Yukio Tamura |
Efficient observation of random phenomena -Meaning of POD and points to
note |
| Suppression of wind-induced responses of buildings - Damping devices |
You Lin Xu |
Typhoon wind simulation and design wind speed |
| Wind and structural monitoring of long span bridges |
|
(6) International Advanced School on Wind Engineering |
|
Time: |
August 31 - September 4, 2009 |
Venue: |
Beijing, China |
Lecturer |
|
From Left: |
Lingmi Zhang (Nanjing University of Aeronautics ＆ Astronautics, China) |
|
Youlin Xu (The Hong Kong Polytechnic University, Hong Kong, China) |
|
Yukio Tamura (Tokyo Polytechnic University, Japan) |
|
Ted Stathopoulos (Concordia University, Canada) |
|
Partha Sarkar (Iowa State University, USA) |
|
Kenny C. S. Kwok (University of Western Sydney, Australia) |
|
Yaojun Ge (Tongji University, China) |
|
Richard G.J. Flay (The University of Auckland, New Zealand) |
|
Shuyang Cao (Tongji University, China) |
|
From Left: |
Ryuichiro Yoshie (Tokyo Polytechnic University, Japan) |
|
Ted Stathopoulos (Concordia University, Canada) |
|
Michael Schatzmann (University of Hamburg, Germany) |
|
Matthew Santamouris (University of Athens, Greece) |
|
Masaaki Ohba (Tokyo Polytechnic University, Japan) |
|
Richard G.J. Flay (The University of Auckland, New Zealand) |
|
Richard de Dear (The University of Sydney, Australia) |
|
Qingyan Chen (Purdue University, USA) |
| Lecture Contents |
Lingmi Zhang |
Advances of structural system identification for civil engineering structures |
| Damping estimation, from time to frequency domain, from biased to unbiased estimation |
Youlin Xu |
Typhoon wind simulation and design wind speed |
Application of GPS for health monitoring of long span bridges |
Yukio Tamura |
Monitoring techniques in wind engineering |
Efficient observation of random fields - Meaning of POD and points to note
- |
Ted Stathopoulos |
Understanding wind codes and standards: Fundamentals behind their prediction
I |
Understanding wind codes and standards: Fundamentals behind their prediction
II |
| Understanding wind codes and standards: Fundamentals behind their prediction
III |
Partha Sarkar |
Aerodynamic loads and response of slender structures in time domain I |
Aerodynamic loads and response of slender structures in time domain II |
Study of downburst wind and their effects on buildings |
Kenny C. S. Kwok |
Aerodynamics of tall buildings |
Occupant comfort in wind-excited tall buildings |
Yaojun Ge |
Bluff body aerodynamics applications |
| Long-span bridge aerodynamics |
Richard G.J. Flay |
The planetary boundary layer |
Gust factor approach to the along-wind excitation |
| Shuyang Cao |
CFD applications in structural wind engineering |
| Ryuichiro Yoshie |
Guideline for practical applications of CFD to prediction of wind environment
and air quality around buildings |
| Technique for simultaneously measuring fluctuating velocity, temperature
and concentration in non-isothermal flow |
| Ted Stathopoulos |
Exhaust dispersion around buildings |
| Michael Schatzmann |
Dispersion of air pollutants within the urban canopy layer I |
| Dispersion of air pollutants within the urban canopy layer II |
| Matthew Santamouris |
Passive cooling in indoor and outdoor built environment I |
| Passive cooling in indoor and outdoor built environment II |
| Masaaki Ohba |
Analysis of ventilation flow structure through CFD and wind tunnel experiments |
| High-precision network model and its application for cross-ventilation
and energy savings |
| Xiaofeng Li |
Annual prediction of outdoor thermal environment |
| Analysis on annual energy saving potential of natural ventilation |
| Takashi Kurabuchi |
Precision analysis of cross-ventilation by means of enhanced CFD technique I |
| Precision analysis of cross-ventilation by means of enhanced CFD technique
II |
| Richard G.J. Flay |
Pedestrian level wind investigations |
| Richard de Dear |
Thermal comfort inside and outside buildings I |
| Thermal comfort inside and outside buildings II |
| Qingyan Chen |
CFD tools for considering wind on building design |
| Model assessment on ventilation performance prediction for buildings |
|
(5) International Advanced School on Wind Engineering |
|
Time: |
March 23-25, 2009 |
Venue: |
Opole , Poland |
Lecturer |
|
From Left: |
Youlin Xu (The Hong Kong Polytechnic University ) |
|
Yukio Tamura (Tokyo Polytechnic University, Japan) |
|
Ted Stathopoulos (Concordia Univ., Canada ) |
|
Chris Letchford (Univ. of Tasmania, Australia ) |
|
Kenny C.S. Kwok (Univ. of Western Sydney, Australia) |
|
Ahsan Kareem (Univ. of Notre Dame, USA) |
|
Yaojun Ge (Tongji University, China) |
|
Tadeusz Chmielewski (Opole Univ. of Technology, Poland) |
|
Chii-Ming Cheng (Tamkang Univ., Taiwan) |
| Lecture Contents |
Youlin Xu |
Field measurements of tall buildings in high winds |
| Wind and structural health monitoring of long span bridges |
Yukio Tamura |
Damping in buildings 1 |
Damping in buildings 2 |
| Monitoring techniques in wind engineering |
Ted Stathopoulos |
Understanding of wind codes and standards: fundamentals behind their provisions |
Understanding of wind codes and standards: fundamentals behind their provisions |
| Pedestrian wind comfort: experimental and CFD approaches |
Chris Letchford |
Extreme wind phenomena and their climatology |
Topographic effects on extreme winds |
| Debris flight and impact criteria |
Kenny C.S. Kwok |
Aerodynamics of tall buildings |
Habitability of buildings to wind-induced motion |
Ahsan Kareem |
Computational tools for wind engineering |
Computational tools for wind engineering |
| Control of wind-induced responses |
Yaojun Ge |
Bluff body aerodynamics applications |
| Long-span bridge aerodynamics |
Tadeusz Chmielewski |
Measurements of wind-induced response of tall slender structures using GPS |
Wind-induced responses of a tall chimney with and without flexibility of soil |
| Chii-Ming Cheng |
Along-wind design wind load for tall buildings (I): Results of wind tunnel tests |
| Along-wind design wind load for tall buildings (II): A modified analytical model |
|
(4) International Advanced School on Wind Engineering |
|
Time: |
December 6-8, 2007 |
Venue: |
Soongsil University, Korea |
Lecturer |
|
From Left: |
Young-Duk Kim (Kwandong University, Korea) |
|
Ryuichiro Yoshie (Tokyo Polytechnic University, Japan) |
|
Akashi Mochida (Tohoku University, Japan) |
|
Massaki Ohba (Tokyo Polytechnic University, Japan) |
|
David Etheridge (University of Nottingham, UK) |
|
Shinsuke Kato (University of Tokyo, Japan) |
|
Michael Schatzmann (University of Hamburg, Germany) |
|
Sang Joon Lee (Pohang U niversity of Science ＆ Technology, Korea) |
| Lecture Contents |
Young-Duk Kim |
Wind tunnel tests for natural ventilation |
Ryuichiro Yoshie |
Guideline for practical application of CFD to prediction of wind environment and air quality around buildings |
Technique for Simultaneously Measuring
Fluct uat i ng Velocit y, Temperat u re and Concentration in Non-isothermal Flow |
Akashi Mochida |
Modeling of turbulent flow in urban area with various small scale flow obstacles |
Management and design of urban climate based on the heat balance analysis of outdoor space |
Massaki Ohba |
Analysis of airflow of wind-driven cross-ventilated buildings based on CFD and wind tunnel experiments |
Study on predicting wind-driven cross ventilation flow rates and discharge coefficients based on Local Dynamic Similarity Model |
David Etheridge |
Design procedures for natural ventilation |
Scale modeling of natural ventilation |
Theoretical modelling of envelop flow - steady and unsteady |
External wind effects on flow through stacks and small opening |
Shinsuke Kato |
Amazing world of CFD - Applications concerning building environmental engineers |
Ventilation efficiency analysis with CFD and its application to buildings |
Michael Schatzmann |
Dispersion of air pollutants within the urban canopy layer |
Sang Joon Lee |
Advanced experimental techniques (particle
image velocimetry, pressure sensitive paint, etc)
for wind engineering experiments |
Practical evaluation of wind environments
inside factory buildings and outdoor open space
in urban area |
|
(3) COE Advanced School on Wind Resistant Design of Buildings and Structures |
|
Time: |
November 21-23 , 2007 |
Venue: |
Tongji University, China |
Lecturer |
|
From Left: |
Yaojun Ge (Tongji University, China) |
|
John D. Holmes (JDH Consulting, Australia) |
|
Ahsan Kareem (University of Notre Dame, USA) |
|
Michael Kasperski (Ruhr University, Germany) |
|
Kenny C.S. Kwok (Hong Kong University of Science and Technology) |
|
Giovanni Solari (University of Genova, Italy) |
|
Yukio Tamura (Tokyo Polytechnic University, Japan) |
Lecture Contents |
Yaojun Ge |
Bluff-body aerodynamics |
Wind resistant design of long-span bridges |
| John D. Holmes |
Winds loads on lattice structures and long-span roofs |
Internal pressures of buildings |
Aerodynamics of wind born debris and measures |
Ahsan Kareem |
Computational tools for wind engineering 1 |
Computational tools for wind engineering 2 |
Control of wind-induced responses |
| Michael Kasperski |
Wind loads on cladding |
Wind loads on low-rise buildings 1 |
Wind loads on low-rise buildings 2 |
| Kenny C.S. Kwok |
Aerodynamics of tall buildings |
Wind reduced responses of full-scale buildings and structures |
Habitability of buildings to wind-induced motion |
Masaru Matsumoto |
Bluff-body aerodynamics |
Bridge aerodynamics |
Giovanni Solari |
Closed form solutions of wind-excited response of structures 1 |
Closed form solutions of wind-excited response of structures 2 |
Wind-induced fatigue problems |
Yukio Tamura |
Extreme winds and damage assessment |
Monitoring techniques in wind engineering |
|
(2) COE Advanced School on Wind Effects on Buildings and Urban Environment |
|
Time: |
March 5-9 , 2007 |
Venue: |
Tokyo International Forum, Japan |
Lecturer
(Course A) |
|
From Left: |
John D. Holmes (JDH Consulting, Australia) |
|
Ahsan Kareem (University of Notre Dame, USA) |
|
Michael Kasperski (Ruhr University, Germany) |
|
Kenny C.S. Kwok (Hong Kong University of Science and Technology) |
|
Masaru Matsumoto (Kyoto University, Japan) |
|
Giovanni Solari (University of Genova, Italy) |
|
Yukio Tamura (Tokyo Polytechnic University, Japan) |
Lecturer
(Course B) |
|
From Left: |
David Etheridge (University of Nottingham, UK) |
|
Shinsuke Kato (Institute of Industrial Science, University of Tokyo, Japan) |
|
Akashi Mochida (Tohoku University, Japan) |
|
William Nazaroff (University of California, USA) |
|
Massaki Ohba (Tokyo Polytechnic University, Japan) |
|
Michael Schatzmann (University of Hamburg, Germany) |
|
Charles J. Weschler (UMDNJ/Robert Wood Johnson Medical School ＆ Rutgers University, USA) |
|
Ryuichiro Yoshie (Tokyo Polytechnic University, Japan) |
Lecture Contents |
Course A - Structural field |
John D. Holmes |
Winds loads on lattice structures and long-span roofs |
Internal pressures of buildings |
Aerodynamics of wind born debris and measures |
Ahsan Kareem |
Computational tools for wind engineering 1 |
Computational tools for wind engineering 2 |
Control of wind-induced responses |
Michael Kasperski |
Wind loads on cladding |
Wind loads on low-rise buildings 1 |
Wind loads on low-rise buildings 2 |
Kenny C.S. Kwok |
Aerodynamics of tall buildings |
Wind reduced responses of full-scale buildings and structures |
Habitability of buildings to wind-induced motion |
Masaru Matsumoto |
Bluff-body aerodynamics |
Bridge aerodynamics |
Giovanni Solari |
Closed form solutions of wind-excited response of structures 1 |
Closed form solutions of wind-excited response of structures 2 |
Wind-induced fatigue problems |
Yukio Tamura |
Extreme winds and damage assessment |
Monitoring techniques in wind engineering |
Course B - Environmental field |
David Etheridge |
Design procedures for natural ventilation |
Scale modeling of natural ventilation |
Theoretical modelling of envelop flow - steady and unsteady |
External wind effects on flow through stacks and small opening |
Shinsuke Kato |
Amazing world of CFD - Applications concerning building environmental engineers |
Ventilation efficiency analysis with CFD and its application to buildings |
Akashi Mochida |
Modeling of turbulent flow in urban area with various small scale flow obstacles |
Management and design of urban climate based on the heat balance analysis of outdoor space |
William Nazaroff |
Primary and secondary air pollutants from indoor use of cleaning products and air fresheners |
Particle deposition on indoor surfaces |
Massaki Ohba |
Analysis of airflow of wind-driven cross-ventilated buildings based on CFD and wind tunnel experiments |
Study on predicting wind-driven cross ventilation flow rates and discharge coefficients based on Local Dynamic Similarity Model |
Michael Schatzmann |
Dispersion of air pollutants within the urban canopy layer 1 |
Dispersion of air pollutants within the urban canopy layer 2 |
Charles J. Weschler |
Chemical reactions involving indoor pollutants |
Ozone's impact on public health - contributions from indoor exposures to ozone and products of ozone-initiated chemistry |
Ryuichiro Yoshie |
Guideline for practical application of CFD to prediction of wind environment and air quality around buildings |
Simultaneous measuring technique of fluctuating velocity, temperature and concentration, and uncertainty in the measurement |
|
(1) COE Advanced School on Computational Wind Engineering |
|
Time: |
July 14-15, 2006 |
Venue: |
Atsugi Park Hotel, Atsugi-city, Kanagawa, Japan |
Lecturer: |
|
Left: Prof. Robert N. Meroney (Colorado State University, USA) |
Right: Prof. Siva Parameswaran (Texas Tech University, USA) |
| Lecture Contents |
Siva Parameswaran: |
CFD fundamentals |
Robert N. Meroney: |
Computational wind engineering |
|
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