I am doing a Co-Simulation in ABAQUS 6.14, where a fluid (water) flows through a Solid Steel. In my first trials, I used a Solid with one consistent hole, and a fluid. Everything worked perfect.
In my second trial the solid is wider and with two holes, so the fluid flows in one hole in and comes out at the other hole.
Journal Tittle: Advances in Mechanics
Tittle: Relative measurement for the proof mass flying along a purely gravitational orbit
Author: Zhendong HOU1, Zhaokui WANG2, Yulin ZHANG1,2
Affiliation:
Journal Tittle: Advances in Mechanics
Tittle: Magneto-sensitive smart soft material and magnetorheological mechanism
Author: Yangguang XU1, Xinglong GONG2, Qiang WAN1, Taixiang LIU3, Shouhu XUAN2
Affiliation:
Journal Tittle: Advances in Mechanics
Tittle: Research progress on the mechanics of high speed rails
This month’s blog focuses on one of the most common kinematic assumptions in the continuum mechanics of finite elasto-plasticity: the multiplicative decomposition . This expression decomposes multiplicatively the deformation gradient of the body into to the elastic () and plastic () deformation tensors; and it will be discussed here in the context of dislocation mediated plastic deformations.
Origins
A fully-funded Ph.D. position is available with a start date of Spring 2016 or Fall 2016 at the Computational Biomechanics and Solid Mechanics Laboratory (http://www3.villanova.edu/biomech/) at Villanova University which is located in the greater Philadelphia area (http://www.villanova.edu).
Dear iMechanica community,
I came across a problem in plasticity for which I am unable to find a reference in the literature and kindly ask your advice.
Hi,
i am simulating a heat transfer in soil using umatht subroutine.need to specify the variation of the temp as a solution dependent variable??
Anyone have any idea how can i do that in abaqus/cae or is there anyway to do that by editing keyword(indirectly)?
eny help is realy appreciated,
A postdoc position is available in the Department of Engineering Technology, University of North Texas-Denton in the fields of crystal resonator modeling and experiment. Candidates should have a PHD degree in engineering mechanics, mechanical engineering or electrical engineering and should have some experiences in the following:
(1) In-depth understanding of piezoelectric theory and crystal resonators,
(2) Proven publication record on crystal resonator modelling or experiment,
(3) Fundamental knowledge on tensor analysis and transformation,
