Sentence examples for capacity for deformation from inspiring English sources

As expected, results show that rubberised mortars exhibit a lower modulus of elasticity and have higher tensile capacity for deformation before macrocrack formation.

Considering different mobility reduction of each phase of the disease, results predicted the degree of tissue degeneration and the reduction of its capacity for deformation.

The attachment of activated regulatory proteins is followed by the replacement and activation of effector proteins that change the physiological properties of the membrane, including its capacity for deformation, motility, fusion/fission, internal budding, tubulation and vacuolization, among others.

The results show that the end-hooked fiber types lead to more residual load-bearing capacity for high deformation in four-point bending test, but corrugated fibers lead to high load-bearing capacity for lower deformation and there is a decrease of capacity with increasing deflection (Holschemacher and Muller 2007).

Expanded metal tubes are economic and have great capacity for plastic deformation, what makes them suitable as energy absorbers in impact situations.

The thickness of the liner can be increased to reduce the maximum principal stress and increase the capacity for shear deformation.

BIN1's capacity for membrane deformation is contributed by its N-terminal BAR domain, which forms a dimerized helical bundle and binds to membranes with its positively charged concave interface.

The results of this research show that the proposed model for deformation capacity may be simplified into two statuses, and it can serve as a tool to provide loading-deformation curves that have good agreement with experiments and the fiber model.

The interaction model with a prescribed transverse strain profile and with a consideration of flexure-induced deformations had better predictions of capacity and deformation for the tested beams, as well as the transverse normal strain profile, compared to the other models.

The properties of a spring which are usually of most interest to the engineer are (i) its capacity for absorbing energy, (ii) the deformation produced by a given load, or vice versa, provided of course that the safe working stress of the material is not exceeded, and sometimes (iii) its natural frequency of vibration.

We postulate that the tolerance of the loop-loop interactions to lateral deformation provides the capacity for high-curvature bending without breaking.