Sentence examples for materials under severe from inspiring English sources

The compressive strength of unstabilized materials under severe loading conditions should be more than minimum recommended.

The behavior of cementitious materials under severe loading is of major importance for the security protection of concrete structures.

CMCs are used as thermostructural materials under severe service conditions, for example, high temperatures under load and in corrosive atmospheres, such as combustion gases.

Functionally graded materials (FGMs) are the potential candidates under consideration for designing the first wall of fusion reactors with a view to make best use of potential properties of available materials under severe thermo-mechanical loading conditions.

As an example, the concept is applied to the analysis of an adhesive bond of metallic and ceramic materials under severe thermal loading conditions as they occur, among other examples, in high temperature fuel cell technology.

In order to understand the specific damage behavior of such materials under severe environmental conditions, AE analysis was accompanied by microscopic observations to detect the damage initiation threshold as well as the damage mechanisms within the composite material.

The adhesion levels obtained from the indentation curves correlated well the lifetime of diamond-coated cutting inserts used in turning tests performed on metal matrix composite material under severe cutting conditions.

Many engineering materials working under severe cutting, stamping, or bearing conditions including humid and corrosive environments, as well as temperature fluctuation require a combination of chemical, mechanical, and tribological properties.

This method can be useful in engineering practice to evaluate the material degradation under severe working condition due to the non-destructive nature of ball indentation test.

The proposed crystal plasticity model outlines a possible mechanism of a material response under severe plastic deformation as observed in high-pressure torsion experiments.

The proposed IVCC is expected to increase the thermal margin for success of IVR by providing an "engineered gap" for heat transfer from materials that relocate during a severe accident and potentially serving as a sacrificial material under a severe accident.