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東京工芸大学
工学研究科建築学・風工学専攻
グローバルCOE支援室
〒243-0297
神奈川県厚木市飯山1583
TEL&FAX046-242-9658(直通)
E-mail:gcoeoffice@arch.t-kougei.ac.jp

(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