Research
- Metal Fatigue
- Clarification of metal fatigue mechanism
- Simulation of fatigue crack propagation and non-propagation
- Effects of working
- Study on the fatigue strength of the advanced light metal
- Strength of a rolling contact component
- Establishment of evaluation/prediction methods for fatigue life
- Development/evaluation of new steels with superier fatigue properties
- Development of new austenitic stainless steels with a superior fatigue limit by utilizing Mn-C coupling
- Evaluation of role of carbon on crack propagation in FIB-notched TWIP steel specimens
- In-situ observations of fatigue crack opening and closure processes
- Study on influences of carbon morphology on fatigue crack propagation in plain steel specimens
- Studies on Hydrogen
- Electronic Materials
- Material Properties