Year: 2023 Volume: 51 Issue: 6
Pages: 159
289 4920

A review on the mechanical behaviour of aluminium matrix composites under high strain rate loading

  • 30
  • 326
  • Pages: 1-13

Qualitative and quantitative interdependence of physical and mechanical properties of stir-casted hybrid aluminum composites

  • 15
  • 286
  • Pages: 14-23

Study on nanosized Al2O3 and Al2O3-SiC on mechanical, wear and fracture surface of Al7075 composites for soil anchoring applications

  • 19
  • 306
  • Pages: 24-41

On the precipitation behavior of Al-based automotive alloy with low Si content

  • 18
  • 288
  • Pages: 42-53

Effect of industrial hot rolling mode on microstructure and properties of low carbon bainitic steel

  • 15
  • 346
  • Pages: 54-64

Electronic, magnetic properties and pressure-induced phase transition of new D019 Fe2MnSn Heusler alloy

  • 24
  • 366
  • Pages: 65-75

Disclination models in the analysis of stored energy in icosahedral small particles

  • 32
  • 360
  • Pages: 76-83

Determination of the formation energy of edge, screw and twinning dislocations in fcc metals using the molecular dynamics

  • 10
  • 320
  • Pages: 84-91

Nanomaterials coating for bio-implant applications: a re-analysis

  • 16
  • 310
  • Pages: 92-106

Effect of curing temperature on surface and subsurface properties of polyurethane elastomer

  • 14
  • 331
  • Pages: 107-118

Study of the influence of dispersed fillers on properties of rubber for gaskets of rail fastening

  • 9
  • 324
  • Pages: 119-126

Electromagnetic radiation reflection, transmission and absorption characteristics of microwave absorbers based on dilatant liquids and powdered activated wood charcoal

  • 4
  • 276
  • Pages: 127-134

Tribological characteristics of bulk (-201) β-Ga2O3 substrate crystals grown by EFG

  • 34
  • 449
  • Pages: 135-144

Hydrogen diffusion in rotating cylindrical elastic bodies

  • 16
  • 324
  • Pages: 145-151

Modeling the skin effect, associated with hydrogen charging of samples, within the framework of the HEDE mechanism of cracking

  • 33
  • 308
  • Pages: 152-159