Phd student position in 'Multiscale Modelling for Optimum Processing of Polymer-Graphene Nanocomposites' currently exists in the Nanocomposites Modelling Group at the International Institute for Nanocomposites Manufacturing (IINM) (University of Warwick,
Mini-Symposium: 104 Modeling of Vascular Tissue
Mini-Symposium Organizers: Arun Srinivasa (asrinivasa [at] tamu.edu) & Sevan Goenezen (sgoenezen [at] mengr-tamu.org), Texas A&M University, College Station, TX.
Description
The turbocharger efficiency has a direct effect on the fuel efficiency of the engine. However in many turbocharger turbine applications it is becoming increasingly difficult to improve the turbine efficiency with conventional design methods.
I need to extract the consistent mass matrix of a solid element, the thing is every time I use *MATRIX GENNERATE it gave me the lumped mass matrix which is a reduced version of the consistent mass matrix. However, if I use a beam element, I just need to print out next to *Beam Section, Lumped = NO to give me the consistent mass matrix but only this option is applicable for beam element which will not be helpful model cause I need a solid element.
In summary, I just need to know how to get the consistent mass matrix of a solid element and not the lumped one.
Orr Early Career Award (ASME Materials Division)
The Materials Division of ASME is pleased to announce that nominations are being accepted for the Orr Early Career Award. This Early Career Award is given by the Orr Family through the Materials Division of the ASME to recognize early career research excellence in the general area of Failure of Materials, with particular emphasis on experimental, computational, and/or theoretical aspects of fatigue, fracture or creep.
Please apply online at http://www.novelis.com/en-us/Pages/Careers.aspx
Select USA in the "Country" field and click on "Submit". On the next page, select "Research and Development" in the "Job" field and click on "Search for Jobs". The position is listed as "Researcher-Finite Element Modeling"
I am writing a subroutine DFLUX, the FLUX(1) is dependent on strain and stress. But I don't know how to get the strain and stress. I use SPRINC in the code but it seems to be wrong.
The equation for the problem is
q=(α^2XΩXε^2XE)/2
E=(σ/ε)*sin(d)
σ is stress and ε is strain
A one-year postdoctoral position is available at the Laboratory of Mechanics & Acoustics, CNRS & Aix-Marseille University, France.
The project focuses on image-based identification problems for physical quantities of interest in solid mechanics within the framework of optical measurement methods for complex manufactured materials. The guideline objective is to develop an identification framework for multiscale, heterogeneous and anisotropic media.
More information can be found in the attachment.
Application deadline: February 28th, 2015.
