HITEP_RCC-MRx Program for the Support of Elevated Temperature Design Evaluation and Defect Assessment

Finite Element Plastic Limit Loads of Complex Cracks in Pipes With Two-Layered Materials

Engineering C-*-integral and COD estimates for nonidealized circumferential through-wall cracked pipes at elevated temperature

Plastic Limit Loads for Pipe-inPipes With Circumferential Through-Wall Cracks Based on Finite Element Analyses

Prediction of mechanical properties of MWCNT-reinforced composites using the RVE model

Numerical Validations of Flaw Shape Idealization Methods to Burst Pressure Estimations of Steam Generator Tube With Axial Surface Flaws

Development of a program for high-temperature design evaluation according to RCC-MRx

New J and COD estimates for thin-walled pipes with axial through-wall cracks and high strain hardening exponents

A New Stress Intensification Factor of Pipe-In-Pipes Based on Finite Element Analyses

Engineering Approach Based on Reference Stress Concept for Calculating J and Crack Opening Displacement of Complex-Cracked Pipes