Citation: Rl. Williamson et al., FEM STUDY OF THE EFFECTS OF INTERLAYERS AND CREEP IN REDUCING RESIDUAL-STRESSES AND STRAINS IN CERAMIC-METAL JOINTS, Composites engineering, 5(7), 1995, pp. 851-863
Citation: K. Kokini et Bd. Choules, SURFACE THERMAL FRACTURE OF FUNCTIONALLY GRADED CERAMIC COATINGS - EFFECT OF ARCHITECTURE AND MATERIALS, Composites engineering, 5(7), 1995, pp. 865-877
Citation: Cy. Jian et al., THERMAL-SHOCK AND FATIGUE RESISTANCE EVALUATION OF FUNCTIONALLY GRADED COATING FOR GAS-TURBINE BLADES BY LASER-HEATING METHOD, Composites engineering, 5(7), 1995, pp. 879-889
Citation: Td. Mcgarry et al., EVALUATION OF REACTION BARRIER COMPENSATING COATINGS ON SCS-6 FIBERS IN TI-24AL-11NB(AT-PERCENT) COMPOSITES, Composites engineering, 5(7), 1995, pp. 951
Citation: P. Karpur et al., FIBER-MATRIX INTERFACE - INTERNATIONAL-CONFERENCE FOR COMPOSITES ENGINEERING - NEW-ORLEANS, LOUISIANA, USA, 28-31 AUGUST 1994, Composites engineering, 5(6), 1995, pp. 7-9
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
Citation: G. Rajesh et al., A FRACTURE-MECHANICS BASED NUMERICAL-ANALYSIS FOR PREDICTING OPTIMUM INTERFACE PROPERTIES IN A METAL-MATRIX COMPOSITE, Composites engineering, 5(6), 1995, pp. 583-596
Citation: Dr. Veazie et J. Qu, EFFECTS OF INTERPHASES ON THE TRANSVERSE STRESS-STRAIN BEHAVIOR IN UNIDIRECTIONAL FIBER-REINFORCED METAL-MATRIX COMPOSITES, Composites engineering, 5(6), 1995, pp. 597-610
Citation: K. Pochiraju et al., ANALYSIS OF FIBER PULLOUT OR PUSH-IN WITH FRICTIONAL SLIDING AT THE FIBER-MATRIX INTERFACE, Composites engineering, 5(6), 1995, pp. 611-631
Citation: Rd. Cordes et Im. Daniel, DETERMINATION OF INTERFACIAL PROPERTIES FROM OBSERVATIONS OF PROGRESSIVE FIBER DEBONDING AND PULLOUT, Composites engineering, 5(6), 1995, pp. 633-648
Citation: Ce. Yen et Br. Tittmann, FIBER-MATRIX INTERFACE STUDY OF CARBON-CARBON COMPOSITES USING ULTRASONICS AND ACOUSTIC MICROSCOPY, Composites engineering, 5(6), 1995, pp. 649
Authors:
RATTANAWANGCHAROEN N
NGOTANASUWAN P
DATTA SK
SHAH AH
Citation: N. Rattanawangcharoen et al., FIBER-MATRIX INTERPHASE AND GUIDED-WAVES IN A COMPOSITE CYLINDER, Composites engineering, 5(6), 1995, pp. 663-674
Citation: K. Balasubramaniam et al., A STUDY ON THE INFLUENCE OF FIBER-MATRIX INTERPHASE PROPERTIES ON ULTRASONIC WAVE BEHAVIOR USING EFFECTIVE ELASTIC PROPERTY MODELS, Composites engineering, 5(6), 1995, pp. 675-695
Citation: P. Karpur et al., ULTRASONIC CHARACTERIZATION OF THE FIBER-MATRIX INTERPHASE INTERFACE FOR MECHANICS OF CONTINUOUS FIBER-REINFORCED METAL-MATRIX AND CERAMIC-MATRIX COMPOSITES, Composites engineering, 5(6), 1995, pp. 697-711
Citation: Si. Rokhlin et al., DETERMINATION OF FIBER-MATRIX INTERPHASE EFFECTIVE ELASTIC-MODULI FROM ULTRASONIC PHASE-VELOCITY AND ATTENUATION DATA, Composites engineering, 5(6), 1995, pp. 713
Citation: M. Bashyam, ULTRASONIC TECHNIQUE TO MEASURE STIFFNESS COEFFICIENTS OF CMC AND ITSIMPLICATIONS ON CHARACTERIZING MATERIAL DEGRADATION, Composites engineering, 5(6), 1995, pp. 735-742
Citation: Ap. Christoforou et As. Yigit, TRANSIENT-RESPONSE OF A COMPOSITE BEAM SUBJECT TO ELASTOPLASTIC IMPACT, Composites engineering, 5(5), 1995, pp. 459-470
Citation: Y. Basar et Yh. Ding, INTERLAMINAR STRESS-ANALYSIS OF COMPOSITES - LAYER-WISE SHELL FINITE-ELEMENTS INCLUDING TRANSVERSE STRAINS, Composites engineering, 5(5), 1995, pp. 485-499