| In particular, they are able to
Analyze damage mechanisms under fatigue loads and evaluate their influence on service life [k4, k5].
perform service life predictions for different load spectra and evaluate them using fatigue strength diagrams [k3, k6].
apply statistical methods to evaluate fatigue data and interpret results in an engineering context [k3, k5].
calculate creep mechanisms in polymeric materials using the time-temperature-superposition principle and evaluate their effects [k3, k5].
|
Overview of the theories
Fatigue mechanisms in fiber-reinforced polymer matrix composites and sandwich structures
Physical modeling of damage processes
Methods for fatigue life prediction with constant and variable load profiles
Statistical evaluation of fatigue data
Application of fatigue strength diagrams to engineering structures
Reliability methods and their application to structural-mechanical calculations
Analysis of bonded joints under fatigue loading
Theories for the analysis of multiaxial stress states
Fundamentals and application of the time-temperature superposition principle for creep calculations
|
