Sentence examples for important engineering parameter from inspiring English sources

As durability is an important engineering parameter, particularly for weak and clay-bearing rocks, it was assessed by a number of tests.

The melting point is also an important engineering parameter, as it defines the operational limits of a material in its application environment.

For stellarators, the most important engineering parameter that determines the machine size and cost is the minimum distance between the plasma boundary and mid-coil.

Our findings suggest that amino acid type is a very important engineering parameter to mediate carbodiimide cross-linking of AM collagen.

The equation is recommended for complex cases, but the variability of the corrosion function makes it often necessary to have more than one parameter of evaluation of the material to deduce the most important engineering parameter, penetration depths.

This value can be considered as an important engineering parameter for strength and fracture assessment of materials and structural components in hydrogenous environments and also at the development of technology of hydrogen treatment of materials with the aim of improvement their service properties.

Elastic modulus (E) and uniaxial compressive strength (UCS) are very important engineering parameters that is required for many engineering projects.

The experimental results provide important engineering parameters, and demonstrate the effect of hydrate presence and consequential dissociation to index properties, engineering parameters, and innate sediment structures.

This enables very-long-time simulations to obtain important engineering parameters such as the particle residence time distribution, attrition and deactivation indexes.

The resulting velocity, temperature, and pressure fields were used in computing important engineering parameters, such as the wall shear stress, wall heat flux, pumping power, and excess heat transfer.

Density, specific heat (cp), thermal conductivity (k), diffusivity, and emissivity of canola seeds (Brassica napus L). are important engineering parameters in the design of storage, heating, and cooling systems.