Sentence examples for stiff engineering from inspiring English sources

In the case of stiff engineering materials, the crystallographic predictions of the PTMC and TM are very similar.

In stiff engineering materials, martensitic transformations are shear-dominant diffusionless processes, and their crystallographic features can be successfully predicted using the phenomenological theory of martensite crystallography (PTMC).

This result indicates that properly processed high-frequency satellite geodetic data may be used to measure dynamic displacements not only of high-rise buildings, cable-stayed bridges and other flexible structures, but of stiff civil engineering structures as well and may be useful for the Structural Health Monitoring, analysis and design of a large range of engineering structures.

Aside from regulatory approval, a stiff set of engineering challenges remains.

However, although many avenues have been explored for engineering stiffer and stronger salt-leached silk scaffolds, this method has limited parameters for developing scaffolds with appropriate mechanical and degradation properties for engineering soft tissues such as muscle, adipose or neural tissues.

The designed state estimators are examined numerically on the stochastic Oregonator model, which is a famous stiff example in chemical engineering.

This paper presents an efficient time-integration method for obtaining reliable solutions of the transient nonlinear dynamic problems and of the stiff systems in structural engineering.

We predict that the proposed hierarchical honeycombs can realize a unique combination of wave attenuation and load-carrying capabilities, thereby providing opportunities to design lightweight and stiff phononic crystals for various engineering applications.

The collagen gels used in tissue engineering are magnitudes less stiff than even the softest tissues in the body.

With an unflinching eye Roach, who has already written about corpses ("Stiff"), copulation ("Bonk") and charlatans ("Spook"), surveys the engineering challenges involved in spaceflight, down to the unglamorous business of human-waste disposal.

Hydromechanical coupling is a major issue when dealing with fracturation problems in stiff overconsolidated clays in civil, environmental and geology engineering.