Computational Mechanics

The mechanics of composite materials and structures program at Rensselaer has the benefit of two dedicated composite materials laboratories.

In the Civil and Environmental Engineering Department there is the Mechanics of Materials Research Laboratory, directed by Dr. G.J.Dvork. This laboratory is equipped with two servo-hydraulic testing machines. There is a tension torsion-internal pressure and a 250 kN tension material testing machine. These machines are linked to a computer for precise control and data retrieval. Recent emphasis is on characterization of the behavior of high temperature metal matrix and ceramic matrix composites. New high temperature facilities, which are available for graduate studies, include resistance heating and induction heating setups along with necessary instrumentation for tests up to 1400 degrees C. These are being used for experimental investigations in the area of fracture, inelastic behavior, and fatigue of fibrous composites.

The Composite Materials and Structures Laboratory, which was founded in 1976 and is directed by Dr. S.Sternstein, trains students in the design, fabrication, and testing of composite materials. With the hands-on experience that Rensselaer graduates obtain, they are qualified for entry to engineering positions which specialize in the application of composite materials.