Authors: KROUPA JL BARTSCH M

Citation: Jl. Kroupa et M. Bartsch, INFLUENCE OF VISCOPLASTICITY ON THE RESIDUAL-STRESS AND STRENGTH OF ATITANIUM MATRIX COMPOSITE AFTER THERMOMECHANICAL FATIGUE, Composites. Part B, Engineering, 29(5), 1998, pp. 633-642

Authors: NICHOLAS T KROUPA JL

Citation: T. Nicholas et Jl. Kroupa, MICROMECHANICS ANALYSIS AND LIFE PREDICTION OF TITANIUM MATRIX COMPOSITES, Journal of composites technology & research, 20(2), 1998, pp. 79-88

Authors: KROUPA JL ASHBAUGH NE

Citation: Jl. Kroupa et Ne. Ashbaugh, STRESS-FREE EDGE EFFECTS ON THE TRANSVERSE RESPONSE OF A UNIDIRECTIONAL METAL-MATRIX COMPOSITE, Composites engineering, 5(6), 1995, pp. 569-582

Authors: REVELOS WC KROUPA JL

Citation: Wc. Revelos et Jl. Kroupa, STRESS-FREE EDGE INFLUENCE ON THERMAL FATIGUE DAMAGE IN AN SCS-G TI-24AL-11NB COMPOSITE/, Composites engineering, 5(4), 1995, pp. 347

Authors: KROUPA JL NEU RW

Citation: Jl. Kroupa et Rw. Neu, THE NONISOTHERMAL VISCOPLASTIC BEHAVIOR OF A TITANIUM-MATRIX COMPOSITE, Composites engineering, 4(9), 1994, pp. 965-977

Authors: NICHOLAS T KROUPA JL NEU RW

Citation: T. Nicholas et al., ANALYSIS OF A [0-DEGREES 90-DEGREES] METAL-MATRIX COMPOSITE UNDER THERMOMECHANICAL FATIGUE LOADING/, Composites engineering, 3(7-8), 1993, pp. 675