Additive manufacturing of fiber-reinforced composite (FRC) parts provides a new rapid
prototy** technique for designs. However, restricted by the layer-by-layer style of additive …

This article introduces a novel reliability-based topology optimization (RBTO) method to
tackle the design challenges of dynamic structures under uncertain harmonic loads. The …

Topology optimization for multi-material structures has become an important and hot
research topic due to their great application potential in modern industries. Unfortunately …

In the dynamic topology optimization of structures with single-phase material, isolated
structures, often appear, resulting in the occurrence of local modes. Each isolated structure …

Resonance can be avoided by preventing the structural natural frequencies from falling
within the operating frequency range. However, structural natural frequencies are influenced …

We investigate topology optimization of the elastodynamic structures under impact loading
with transient stress constraints. In contrast to existing methods that apply a time-dependent …

The nonlinear dynamic response topology optimization based on viscoelastic material can
enhance the dynamic performance of structures. However, inevitable uncertain parameters …

There are many inevitable uncertain parameters in engineering systems, and the ignorance
of these random factors results in a remarkable reduction in the dynamical system's …

In dynamic vibration reduction design, the frequency-dependent material properties are
crucial for the optimal configuration, especially in the problem of prescribed frequency …

Thermal‐mechanical coupling environments extensively exist for engineering structures.
How to effectively reduce thermoelastic deformation is distinctly important. Cellular …