增强型地热系统(EGS) 是开发干热岩型地热资源的主要手段, 但其目前存在高温作用下人工压
裂缝网不合理, 多尺度多场耦合规律不明, 井内闪蒸流动造成采热效率低下 …

This review article describes various multiscale approaches, development of which was
spurred by the emergence of nanotechnology. The multiscale approaches are grouped into …

The discovery of efficient and accurate descriptions for the macroscopic behavior of
materials with complex microstructure is an outstanding challenge in mechanics of …

Multiscale modeling of heterogeneous material undergoing strain softening poses
computational challenges for localization of the microstructure, material instability in the …

Nanotechnology is a progressive research and development topic with large amounts of
venture capital and government funding being invested worldwide. Nano mechanics, in …

The difficult challenge of simulating diffuse and complex fracture patterns in tough structural
composites is at last beginning to yield to conceptual and computational advances in …

Multiscale simulation of woven composites structure remains a challenge due to extremely
expensive computational cost for solving the nonlinear woven Representative Volume …

Inspired by the pioneering work of Professor TJR Hughes on the variational multi-scale
method, this document summarizes recent developments in multiple-scale modeling using a …

Enhanced geothermal system (EGS) is a primary method to develop geothermal resources
stored in hot dry rock (HDR), but it faces several key problems, such as unreasonable …

We present an energy‐based continuum model for the analysis of nanoscale materials
where surface effects are expected to contribute significantly to the mechanical response …