Research groups in Professor Chad Landes and Professor Fabrizio Pyste are involved at the University of Texas at Austin in research funded on modeling and simulations of the response of the ceramic matrix materials (CMC) to high -speed flows.

A post -PhD colleague function is available on this topic from the beginning. The date annually and renewed for up to 3 years based on performance and the availability of financing. The salary ranges between $ 65,000 and $ 75,000 a year, depending on qualifications and experience. Benefits include health, dental, vision insurance, and transportation allowance.

A post PhD colleague will be responsible for (I) Formulating a mathematical model for external heat, mass transport in the border layer, radiation heat transfer on the surface of CMC, and thermal connection in the different materials, (the second) Formulating mathematical models for structural response and CMC failure, (Third) Help in implementing models in the solutions of a limited element (FEM), probably based on the FEM.II Library deal,, (Fourth) Simulation of material response under the associated Plasma flame test (ICPT) was conducted at UT Austin. A post -PhD colleague will be advised to participate with the professor. Landes and BISETTI.

Cooperation with the US Army Research Laboratory (ARL), and its colleagues at UT Austin are responsible for experiments, and scientists at the TACC, responsible for developing software, is an integral part of research activities.

A post -doctoral colleague will be presented at conferences and research in the form of articles reviewed by peers in highly influential magazines. PosDOC PIS will help oversee the graduate student and gain experience in managing a large -scale funding program, including helping PIS in reports and communicating with the Finance Agency. A post -PhD colleague will cooperate with TACC arithmetic scientists to implement the research program.

The applicants must be American citizens. It is desirable in a strong background in one or more high -speed flow, continuity mechanics, fractures, and thermal protection systems for high -speed flows and lack of information, fluid mechanics, the development of parallel software, and wide ranged computing.

The interested candidates must contact PIS on Landis@utexas.edu and fbisetti@utexas.eduProvide a CV, a sample of publications or manuscripts, and a brief coverage message with the most prominent of the profession and research. Include the keyword (Army HTMR) In the topic line. The qualified candidates will be invited to participate in a remote seminar and interview.