Year: 2018 Volume: 37 Issue: 1
Pages: 108
53 5194

Study of horn shape double single walled carbon nanotube system via modified couple stress theory

  • 1
  • 319
  • Pages: 1-6

Investigation of mechanical properties of CNT reinforced epoxy nanocomposite: a molecular dynamic simulations

  • 13
  • 474
  • Pages: 7-15

Models of porous piezocomposites with 3-3 connectivity type in ACELAN finite element package

  • 4
  • 372
  • Pages: 16-24

Finite element homogenization models of bulk mixed piezocomposites with granular elastic inclusions in ACELAN package

  • 2
  • 335
  • Pages: 25-33

Mathematical and computer homogenization models for bulk mixture composite materials with imperfect interfaces

  • 4
  • 398
  • Pages: 34-41

Viscosity-driven attenuation of elastic guided waves in layered composite structures

  • 1
  • 324
  • Pages: 42-51

Transmission of elastic waves through an interface between dissimilar media with random and periodic distributions of strip-like micro-cracks

  • 3
  • 369
  • Pages: 52-59

Application of the ultrasonic waves for detection of exfoliations between the solid inclusions and the elastic matrix of a metamaterial

  • 2
  • 291
  • Pages: 60-66

Effect of PECVD conditions on mechanical stress of silicon films

  • 7
  • 357
  • Pages: 67-72

Results of computer modelling of a composite poroviscoelastic prismatic solid dynamics

  • 1
  • 402
  • Pages: 73-78

A boundary element approach for 3D transient dynamic problems of moderately thick multilayered anisotropic elastic composite plates

  • 1
  • 306
  • Pages: 79-83

The comparative evaluation of precision of classical and numerical solutions of contact problems

  • 5
  • 308
  • Pages: 84-91

Sequential cold expansion and resulting beneficial residual stress prediction around adjacent fastener holes

  • 2
  • 333
  • Pages: 92-99

Temperature field of the irradiated material in the laser-induced damage

  • 1
  • 291
  • Pages: 100-103

Additional steel fibers in concrete mixture: studies of compressive and tensile strength of concrete

  • 6
  • 315
  • Pages: 104-108