The failure mechanism in SiC fiber-reinforced TC17 matrix composite bling, consisting of a
titanium matrix composite (TMC) core and titanium alloy cladding, was investigated by …

This study presents a multiscale method to evaluate the transverse tensile strength and
failure mechanism of SiCf/TC17 cruciform specimen machined from a large-size ring. The …

The lifetime of the electronic packaging system is shortened due to the mismatch in the
coefficient of thermal expansion (CTE) between the substrate and the packaging material …

Abstract The novel SiC f/Ti composite is prepared by hot isostatic pressing (HIP) with
polymer-derived (PD) SiC fiber and powder titanium alloy as raw materials in this work. The …

A multiscale model is developed for stress analysis and burst speed prediction of a titanium
matrix composite (TMC) ring. The proposed multiscale model is based on finite-volume …

To address the issues of high cost, low welding efficiency, and complex processes in
vacuum brazing, we proposed a method of electromagnetic ultrasonic (EU)-assisted brazing …

The investigation of the in-plane shear behavior of prepreg is crucial for understanding the
generation of wrinkles of preforms in advanced composite manufacturing processes, such …

An elastoplastic-damage micromechanical model based on the Finite Volume Directly
Averaging Micromechanics (FVDAM) is developed for investigating the mechanical …

A three-dimensional, finite element, the micro-mechanical model is used to study the
damage initiation and the inelastic behavior of SiC/Ti composites subjected to a generally …

As parts of different engineering structures, the functioning and behavior of composite
materials, particularly metal matrix composites (MMCs), are highly influenced by residual …