The use of temperature-dependent physical properties in estimating the thermoelastic
response of cylinders and tubes is assessed. A computational model in cylindrical polar …

Inorganic nanomaterials are often depicted as rigid structures whose shape is permanent.
However, forces that are ordinarily considered weak can exert sufficient stress at the …

View Video Presentation: https://doi. org/10.2514/6.2021-3514. vid Results from proof-of-
concept tests of a composite nozzle, designed for low-erosion in hybrid rockets are …

A simple computational model is developed to estimate elastic, elastic-plastic, fully plastic,
and residual stress states in generalized plane strain axisymmetric structures considering …

Thermoelastic behavior of a long tube subjected to periodic heating is investigated
analytically. The temperature distribution in the tube undera periodic boundary condition is …

The plane strain problem for a functionally graded solid cylinder with thermal energy
generation under the effect of convective heat transfer is considered. In previous studies on …

Thermoelastic stress response of a periodic heat generating solid cylinder is investigated by
analytical means. The cylinder is initially at zero temperature. For times greater than zero …

MATHEMATICAL ANALYSIS OF FUNCTIONALLY GRADED HYBRID COMPOSITE CHANNEL
SECTION IN THE INTERFACIAL ZONE DURING POST-SOLIDIFICATION Page 1 Advances and …

In many industrial applications, thick-walled cylindrical components are subjected to high
pressure and/or temperature. During the operation, the cylinder wall may undergo elastic …

In many engineering applications, cylindrical structures are often subjected to various
temperature fluctuations. When the temperature gradient is high enough, the thermal …