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| Date |
Jan. 18-23, 2010 |
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| Venue |
Åìµþ¹©·ÝÂç³Ø¸üÌÚ¥¥ã¥ó¥Ñ¥¹APEC¶¯É÷Ëɺҥ»¥ó¥¿¡¼2³¬¥»¥ß¥Ê¡¼¼¼ |
| Titles |
Lecture #1 Introduction, Direct and Inverse Problems of Structural Dynamics
Lecture #2 Theoretical Bases for Structural System Identification (I)
Lecture #3 Theoretical Bases for Structural System Identification (II)
Lecture #4 Modal Parameter Identification of Engineering Structures
Lecture #5 TD Modal Parameter Identification of Engineering Structures
Lecture #6 FD Modal Parameter Identification of Engineering Structures(I)
Lecture #7 FD Modal Parameter Identification of Engineering Structures
(II)
Lecture #8 Modal Parameter Identification via Time-Frequency Analysis
Lecture #9 Applications of Structural System Identification in Wind Engineering (I)
Lecture #10 Applications of Structural System Identification in Wind Engineering (II) |
| Lecturer |
Prof. Lingmi Zhang (Professor, Nanjing University of Aeronautics & Astronautics) |
| Date |
July 15-17, 2009 |
|
| Venue |
Seminar room, APEC Wind Hazard Mitigation Center, Atugi Campus, TPU |
| Titles |
Lecture 1: 7·î15Æü 15:00-16:30
Review of Thermal Comfort Basic Principles
- physics (heat transfer between body and environment)
- physiology of thermoregulation, including thermoreception
- physchological dimensions of comfort, including sensation,
acceptability, delight/pleasure
- models and standards of thermal comfort - PMV versus adaptive comfort
Lecture 2: 7·î16Æü 10:00-11:30
Convective and Latent Heat Transfers from The Human Body
- natural, forced and mixed convective regimes
- Convective Heat Transfer coefficient
- Nusselt Prandtl and Reynolds numbers
- thermal manikins - measurement principles
- thermal manikins - measurement applications
- Lewis relation and latent heat exchanges
Lecture 3: 7·î16Æü 15:00-16:30
Field Studies of Thermal Comfort
- indoors (physical microclimate measurements and questionnaires)
US and Australian case studies
- outdoors (physical microclimate measurements and questionnaires)
Japan and Australan case studies
Lecture 4: 7·î17Æü 10:00-11:30
Thermal Comfort Models as Design Tools
- examples of comfort simulations
Lecture 5: 7·î17Æü 15:00-16:30
5) Theoretical Model of Thermal Pleasure
- PMV=0 and thermal boredom in neutral environments
- Adaptive thermal comfort and pleasure in non-neutral environments
- The role of cutaneous thermoreceptors |
| Lecturer |
Prof. Richard de Dear (The University of Sydney) |
| Date |
[Date] June 17-19, 2009 |
|
| Venue |
Seminar room, APEC Wind Hazard Mitigation Center, Atugi Campus, TPU |
| Titles |
[Contents] Energy saving of buildings in Europe Lecture 1: June 16 11:00-12:30 Lecture 2: June 16 14:00-15:30 Lecture 3: June 17 13:30-15:00 Lecture 4: June 18 13:30-15:00 Lecture 5: June 19 13:30-15:00 |
| Lecturer |
Prof. Per Heiselberg (Aalborg University) |
| Date |
December 18-19, 2008 |
|
| Venue |
Seminar room, APEC Wind Hazard Mitigation Center, Tokyo Polytechnic University |
| Titles |
Lecture 1: T£èermal comfort 1 and 2: Introduction-Building, Climate, Energy and Comfort Lecture 2: T£èermal comfort 3: Physiological Principles Lecture 3: T£èermal comfort 4: Indoor Thermal Environmental Measurements and Standards Lecture 4: T£èermal comfort 5: The Adaptive Comfort Approach pLecture 5: T£èermal comfort 6: pp Air movement and thermal comfort |
| Lecturer |
Richard de Dear (Macquarie University) |
| Date |
February 16-17, 2009 |
|
| Venue |
Room 011 and 012, Main Building, Tokyo Polytechnic University |
| Titles |
Lecture 1: The Dynamic Response of Structures I and II Lecture 2: Damping Descriptors and Damping Measurements Lecture 3: Damping Estimation, Prediction and Uses Lecture 4: Damage to Structures |
| Lecturer |
Alan P. Jeary (University of Western Sydney) |
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