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Post doc position

Submitted by Cai Shengqiang on

I have a postdoc position in the dept. of MAE in UCSD, starting from Feb. 2013.

The research will be on the mechanics of soft materials and biomaterials, the design and fabrication of soft active structures and

mechanics of energy materials. 

People with experimental background on experimental mechanics, materials fabrication and bioengineering is perferred. 

Full time position with ANSYS Inc (Houston, TX)

Submitted by pepi on

ANSYS, Inc. has an immediate job opening in Houston, TX for a Technical Services Engineer.  This is a full time position.

The job entails providing advanced technical guidance on various aspects of computational Structural Mechanics to clients in industry and academia.

A new postdoctoral position in the mechanics of glassy/amorphous materials

Submitted by Eran Bouchbinder on

A new postdoctoral position in the mechanics of glassy/amorphous materials is
available at the Weizmann Institute of Science. The project will focus on
strongly non-linear phenomena such as cavitation, shear-banding and fracture,
with applications to Bulk Metallic Glasses, and will involve advanced

postdoctoral position

Submitted by addis on

We are looking for a highly motivated
postdoctoral scholar to be filled as soon as possible. Successful applicants
have had a doctoral degree in Mechanical Engineering, Materials Science,
Aerospace Engineering or a related field. Applicant should describe innovative
fundamental research in the field of advanced materials. Examples include but
are not limited to material processing, high temperature materials, ceramic materials,
and powder metallurgy.

Postdoc or Research Associate opening on bi-metallic friction stir welding joining at Texas A&M university at Qatar

Submitted by gayoub on

The work involves working
independently and collaboratively on: Identifying processing parameters that
will optimize the properties of the bi-metallic joint, developing a material
constitutive model for impact loading conditions, developing an experimentally
validated numerical model the can be used to predict the joint performance
under impact loading conditions, and developing design and processing
guidelines for the bimetallic joints.