Based on Tresca’s yield criterion and small deformation theory, an axi-symmetric elasto-plastic thermal stress analysis for a cylindrical vessel made of functionally graded elastic perfectly plastic material is offered. Elastic modulus, yield...

In this paper thermal stress distribution in QMIT structure which results from differences in thermal expansion coefficient of materials involved, has been simulated and measured. A three dimensional finite element method and a nano meter surface...

Thermo-mechanical properties of materials enable the designers to construct thermal-sensitive structures as actuators to perform a pre-defined function or as sensors to control an operation. A bi-material thermostat is a ...

Construction of a complex mechanical structure as a uniform system with no separate parts is usually very difficult or even impossible. Therefore, using several kinds of bonded joints to collect these parts together seems ...

It is well known that thermal stress not only effects the reliability and life time of the packaging but also the device characteristics, which is crucial in microwave and millimeter wave design. A three dimensional finite element (3DFE) thermal...

Static heat transfer and thermal stress analysis for the new generation quasi-monolithic integration technology (NGQMIT) is presented using a three-dimensional finite element simulator. Effects of different factors and parameters such as the gap...

Static heat transfer and thermal stress analysis for the new generation quasi-monolithic integration technology (QMIT) have been performed using a three-dimensional finite element simulator. To confirm the simulation results, white...

This work studies transient thermal stresses in a thick hollow cylinder made of a functionally graded

material (FGM). Material properties are considered to be nonlinear with a power law distribution through

the thickness. The cylinder...