Abstract X-ray micro computed tomography (u-CT), originally developed for non-destructive biomedical imaging, is increasingly being employed in areas as diverse as materials characterization and r

ABSTRACT A proof of concept workflow is demonstrated to easily translate 3D medical image data into finite element (FE) simulation ready phantom models. First, novel methods are used to drastically re

Abstract. Internal rock’s structure based on X-ray computed microtomography (CMT) measurement may be used to fluid flow simulation and evaluating of rock’s reservoir properties.

Abstract X-ray micro computed tomography (u-CT), originally developed for non-destructive biomedical imaging, is increasingly being employed in areas as diverse as materials characterization and rever

Abstract: This paper will explore the applications of advanced software such as ScanIP and the +FE module (Simpleware Ltd.,Exeter UK) and COMSOL multiphysics software in reinventing an existing part i

Abstract A long-term disposal of a nuclear waste package requires a matrix material that possesses a high thermal conductivity in order to release the decay heat from the fission products. In this stu

Abstract Tools such as Simpleware Scan IP+FE and COMSOL Multiphysics allow ust o gain a better understanding of bioimpedance measurements without actually doing the measurements. This tutorial wil

Abstract Physically realistic simulations for large breast deformation are of great interest for many medical applications such as cancer diagnosis, image registration, surgical planning and image-gui

In many pine species (Family Pinaceae), ovulate cones structurally resemble a turbine, which has been widely interpreted as an adaptation for improving pollination by producing complex aerodynamic eff

摘要: 目的在人工髋关节润滑系统研究中，对基于计算流体动力学和流固耦合技术的方法与传统的雷诺方程法 进行比较。方法以金属对金属的全置换髋关节系统为研究对象，使用商业软件Adina 作为计算平台，分别建立刚 性和弹性流体动力学模型。