To achieve a high-reliability design of high-temperature structures with a feasible balance
between accuracy and efficiency, the physics-based probabilistic assessment for creep …

Textile composites have been widely used in various fields because of their excellent
mechanical properties. Textile composites have viscoelastic properties, which mainly …

In order to obtain better hydrogenation reaction efficiency, the prospective hydrogenation
reactor faces harsh working conditions, including the high-stress level, high-temperature …

Maintaining shakedown during the design stage is crucial for the engineering components
under cyclic loading conditions. Due to the multiplicity of uncertainty existing in the actual …

In the field of nuclear engineering, Printed Circuit Heat Exchangers (PCHEs) have become
increasingly popular and the structural integrity assessment of these key power plant …

In the adhesive assembly of precision inertial instruments, it is easy for the center of mass to
shift due to creep in the adhesive structure, resulting in a reduction in the accuracy of the …

Structural integrity assessment is an effective way to measure the safety of critical
infrastructures under the complicated combination of high-temperature and varying load …

Abstract The novel probabilistic Linear Matching Method (pLMM) framework is developed by
extending the current direct method, the Linear Matching Method (LMM), to deal with the …

To achieve a high-reliability design with a feasible balance between accuracy and
efficiency, the physics-based probabilistic assessment for creep-fatigue failure is proposed …