CDW-8
University of Zaragoza, Zaragoza Spain
March 25-26, 2004
Arriving at Zaragoza Railway Station from Madrid
Workshop at University of Zaragoza
Rio Ebro and Basilica de Nuestra Senora del Pilar at Zaragoza
Workshop Banquet at Zaragoza
Farewell dinner
Program of CDW-8
University of Zaragoza
Zaragoza, Spain
March 25-26, 2004
Chair: Antonio Miravete, University of Zaragoza
March 25, 2004, Thursday
9:30-11:30
Registration
11:30-12:00
Opening
12:00-14:00
Session 1: Research and Applications (1)
Javier de la Torre, Airbus
Improved Load-life Enhancement Factor Approach for Fatigue Justification of CFRP Structures
Jonathan H. Gosse, Boeing
An Analysis of Post-Damage Initiation in Composite Materials Utilizing the Strain Invariant Failure Theory and a Physics-Based Model-Based Reasoning Methodology
14:00-16:00
Lunch
16:00-18:00
Session 2: Research and Applications (2)
Yasushi Miyano, Kanazawa Institute of Technology
Long Term Fatigue Prediction of CFRP Laminates under Temperature and Moisture Environment by Accelerated Testing Methodology (ATM)
Stephen W. Tsai, Stanford University
Super Mic-Mac, a Preliminary Design Tool for Composite Laminates
18:00-18:30
Coffee Break
18:30-20:30
Session 3: Research and Applications (3)
Antonio Miravete, University of Zaragoza
Prediction of Failure on 3-D Braiding Composites
Horst Bansemir, Eurocopter GmbH
Substantiation of Dynamically Loaded Parts of Helicopter Structures with regard to Fatigue and Damage Tolerance
21:30-23:30
Workshop Banquet
March 26, 2004, Friday
9:00-11:00
Session 4: Research and Applications (4)
TE Tay, National University of Singapore
Damage Prediction by the Element-Failure Method (EFM) and Strain Invariant Failure Theory
Carlos Navarro, University Carlos III
An Analysis of Post-Damage Initiation in Composite Materials Utilizing the Strain Invariant Failure Theory and a Physics-Based Model-Based Reasoning Methodology
11:00-11:30
Coffee Break
11:30-14:30
Session 5: Research and Applications (5)
Hongneng Cai, Kanazawa Institute of Technology
Long Term Strength Prediction of CFRP Laminates by Accelerated Testing Methodology (ATM) and Strain Invariant Failure Theory
Jose L. Perez Aparicio, Lluis Ripoll, University of Granada
Study of Defferent Failure Criteria for Composite Flywheels: a Matrix Donimated Problem
Michael Sonnen, Material S.A. Belgium
Composite Star: New Ways in Computerized Calculation of Composite Laminates and Structures Featuring Different Failure Criteria and Progressive Failure Analysis Models Including Puck's Failure Theory
14:30-16:30
Lunch
16:30-19:00
Session 6: Software Super Mic-Mac/LamRank Practice
19:00
Workshop Adjourn
List of Participants on CDW-8
No
Name
Affiliation
1
Javier de la Torre
Airbus
2
Jonathan H. Gosse
Boeing
3
Yasushi Miyano
Kanazawa Institute of Technology
4
Stephen W. Tsai
Stanford University
5
Antonio Miravete
University of Zaragoza
6
Horst Bansemir
Eurocopter GmbH
7
TE Tay
National University of Singapore
8
Carlos Navarro
University Carlos III
9
Hongneng Cai
Kanazawa Institute of Technology
10
Jose L. Perez
University of Granada
11
Lluis Ripoll Aparicio
University of Granada
12
Michael Sonnen
Material S.A. Belgium
13
Kanemasa Nomaguchi
Plastic Lining Association
14
Georges Verchery
Institut Superieur de l’ Automobile et des Transports (ISAT)
15
Hongneng Cai
Xi’an Jiaotong University
16
5 faculties and students
University of Zaragoza