Plate properties such as porousness, abrasion resistance, colour, and flexibility depend on the type, concentration, and temperature of the electrolyte, the strength of the electrical current and the processing time, and the type of metal being plated.
Three dipole Reynolds numbers, Re=500, 1500, and 3000, are investigated for constant plate properties.
Scattering by circular inclusions with different plate properties is discussed, and numerical results are presented.
The aim of the experimental study was to determine the influence of brace and gusset plate properties on CBF response from serviceability to ultimate limit states, including collapse.
Comparisons between the three sandwich plates partly confirm the theoretical findings on the effect of plate properties on the silencer performance.
Utilizing the superposition method, an analytical type solution is obtained for the free vibration eigenvalues and mode shapes of a cantilever plate with step discontinuities in plate properties.
Both elastic behaviour and yield load of the composite beams are dominated by the steel plate properties and therefore not affected significantly by temperature.
Due to the elastic deformation of the plates and their reverberation, strong acoustic waves were generated on the external side of the impact which carry a significant signature of the plates' properties.
The influence of the types of reinforcement (glass fibers and carbon plates), properties of the bonding system and masonry substrate and the presence of anchor spikes has been investigated.
To construct the finite element model, the time-dependent properties of living tissue (callus) were estimated using healing rates that were updated at every healing period using iterative calculations of the interfragmentary strain distributions according to oblique angles and plate properties.
