AAAAAA

   
Results: 1-11 |
Results: 11
THE STATIC AND DYNAMIC AXIAL CRUMBLING OF THIN-WALLED FIBERGLASS COMPOSITE SQUARE TUBES
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., THE STATIC AND DYNAMIC AXIAL CRUMBLING OF THIN-WALLED FIBERGLASS COMPOSITE SQUARE TUBES, Composites. Part B, Engineering, 28(4), 1997, pp. 439-451
ANALYTICAL MODELING OF THE STATIC AND DYNAMIC AXIAL COLLAPSE OF THIN-WALLED FIBERGLASS COMPOSITE CONICAL SHELLS
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., ANALYTICAL MODELING OF THE STATIC AND DYNAMIC AXIAL COLLAPSE OF THIN-WALLED FIBERGLASS COMPOSITE CONICAL SHELLS, International journal of impact engineering, 19(5-6), 1997, pp. 477-492
EXPERIMENTAL-DETERMINATION OF SPLITTING IN AXIALLY COLLAPSED THICK-WALLED FIBER-REINFORCED COMPOSITE FRUSTA
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., EXPERIMENTAL-DETERMINATION OF SPLITTING IN AXIALLY COLLAPSED THICK-WALLED FIBER-REINFORCED COMPOSITE FRUSTA, Thin-walled structures, 28(3-4), 1997, pp. 279-296
CRASHWORTHY CAPABILITY OF COMPOSITE-MATERIAL STRUCTURES
Authors: MAMALIS AG ROBINSON M MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB CARRUTHERS J
Citation: Ag. Mamalis et al., CRASHWORTHY CAPABILITY OF COMPOSITE-MATERIAL STRUCTURES, Composite structures, 37(2), 1997, pp. 109-134
ENERGY-ABSORPTION CAPABILITY OF FIBERGLASS COMPOSITE SQUARE FRUSTA SUBJECTED TO STATIC AND DYNAMIC AXIAL COLLAPSE
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., ENERGY-ABSORPTION CAPABILITY OF FIBERGLASS COMPOSITE SQUARE FRUSTA SUBJECTED TO STATIC AND DYNAMIC AXIAL COLLAPSE, Thin-walled structures, 25(4), 1996, pp. 269-295
ANALYSIS OF FAILURE MECHANISMS OBSERVED IN AXIAL COLLAPSE OF THIN-WALLED CIRCULAR FIBERGLASS COMPOSITE TUBES
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., ANALYSIS OF FAILURE MECHANISMS OBSERVED IN AXIAL COLLAPSE OF THIN-WALLED CIRCULAR FIBERGLASS COMPOSITE TUBES, Thin-walled structures, 24(4), 1996, pp. 335-352
THE STATIC AND DYNAMIC AXIAL COLLAPSE OF FIBERGLASS COMPOSITE AUTOMOTIVE FRAME RAILS
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., THE STATIC AND DYNAMIC AXIAL COLLAPSE OF FIBERGLASS COMPOSITE AUTOMOTIVE FRAME RAILS, Composite structures, 34(1), 1996, pp. 77-90
ANALYTICAL AND EXPERIMENTAL APPROACH TO DAMAGE AND RESIDUAL STRENGTH OF FIBERGLASS COMPOSITE AUTOMOTIVE FRAME RAILS DURING MANUFACTURING
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., ANALYTICAL AND EXPERIMENTAL APPROACH TO DAMAGE AND RESIDUAL STRENGTH OF FIBERGLASS COMPOSITE AUTOMOTIVE FRAME RAILS DURING MANUFACTURING, Composite structures, 32(1-4), 1995, pp. 325-330
THE DEFORMATION MECHANISM OF THIN-WALLED NONCIRCULAR COMPOSITE TUBES SUBJECTED TO BENDING
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., THE DEFORMATION MECHANISM OF THIN-WALLED NONCIRCULAR COMPOSITE TUBES SUBJECTED TO BENDING, Composite structures, 30(2), 1995, pp. 131-146
AXIAL COLLAPSE OF THIN-WALLED FIBERGLASS COMPOSITE TUBULAR COMPONENTSAT ELEVATED STRAIN RATES
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., AXIAL COLLAPSE OF THIN-WALLED FIBERGLASS COMPOSITE TUBULAR COMPONENTSAT ELEVATED STRAIN RATES, Composites engineering, 4(6), 1994, pp. 653-677
ON THE BENDING OF AUTOMOTIVE FIBER-REINFORCED COMPOSITE THIN-WALLED STRUCTURES
Authors: MAMALIS AG MANOLAKOS DE DEMOSTHENOUS GA IOANNIDIS MB
Citation: Ag. Mamalis et al., ON THE BENDING OF AUTOMOTIVE FIBER-REINFORCED COMPOSITE THIN-WALLED STRUCTURES, Composites, 25(1), 1994, pp. 47-57
Risultati: 1-11 |