Tu.2.H
D06 - Fatigue and Thermal Design II

Tu.2.H.1

Full Paper

Practical Application of Reinforced Concrete Design Methods for Thermal Loads in Nuclear Structures

J. Phillips¹, M. Tan¹, J. Hadfield¹, J. Jia²

1: Mott MacDonald Ltd, Manchester, United Kingdom
2: State Key Laboratory of Nuclear Power Safety Monitoring Technology and Equipment, China Nuclear Power Engineering Corporation Ltd, Shenzhen, China

Tu.2.H.2

without Paper

Investigations on the fatigue behavior of a full-scale pipe component with dissimilar weld under thermos-mechanical loading

T. Schopf¹, C. Swacek¹, F. Silber¹, S. Weihe¹

1: MPA University of Stuttgart, Stuttgart, Germany

Tu.2.H.3

without Paper

On the Comparison of Design Standards for Creep-Fatigue Damage Limits in High Temperature Reactor Components

R. Christensen¹, R. Rajasekaran¹

1: TerraPower, LLC., Bellevue, USA

Tu.2.HD06 - Fatigue and Thermal Design II

Practical Application of Reinforced Concrete Design Methods for Thermal Loads in Nuclear Structures

Investigations on the fatigue behavior of a full-scale pipe component with dissimilar weld under thermos-mechanical loading

On the Comparison of Design Standards for Creep-Fatigue Damage Limits in High Temperature Reactor Components

Tu.2.H
D06 - Fatigue and Thermal Design II