Thermal Stress Testing/Environmental Stress System

Hence the thermal stresses in the supporting element will be substantially reduced.

Composite coating for objects subjected to high thermal stresses.

The presence of thermal stress within the element results in stress-induced birefringence because of the optical stress coefficient.

These measures ensure an excellent stability with regard to thermal alternating stresses.

The invention relates to a method for producing insensitive hexogene containing a 5 % part of octogen, achieving a behaviour which is insensitive to thermal loads (fast cook-off).

Ceramic thermal barrier coatings according to the state of the art often do not withstand the thermal and mechanical stresses.

Such a solid-state laser array can withstand great thermal stress.

Furthermore, the nozzle is supported in a cantilevered manner to avoid the thermal stress.

By virtue of the invention, the heat exchanger is more flexible and absorbs thermal stresses better.

The aim of the invention is to reduce or compensate thermal stress created within a semiconductor component.

Therefore thermal stress and shifting of alignment marks (16) are prevented.

Processes need to be efficient in light of thermodynamic constraints.

The structural elements include compliance loops (120) that provide relief from the effects associated with manufacturing, thermal and vibration stresses.

Pyrolyzing the organic-rich rock formation creates thermal fractures in the formation due to thermal stresses created by heating.