Sentence examples for deformation in the structure from inspiring English sources
The phrase "deformation in the structure" is correct and can be used in written English
It is often used in technical or scientific writing to describe changes or alterations in the physical or internal structure of an object or material. For example: "The earthquake caused significant deformation in the structure of the building, resulting in cracks and weaknesses in its foundation." "Researchers studied the effects of extreme temperatures on steel, finding that it caused deformation in the structure of the metal." "The engineer identified a critical deformation in the structure of the bridge, indicating the need for immediate repairs to prevent collapse."
The active action apart from providing direct active control also adjusts the passive action by regulating the shear deformation in the structure.
Clearly, in structures that experience plastic deformations, residual deformation remains in the structure and thus the structures do not return to their initial condition.
That is, stresses and deformations in the structure at an instant are considered as an initial boundary condition for computation of stresses in the next step.
The inelastic deformations in the structure are concentrated in all the floor beams and at the base of the ground floor columns.
One of the major drawbacks of such non-rigid registration method is related to the high-degree of freedom-inducing artefacts which is given to the B-spline functions to capture all potential local deformations in the structure.
HPXRD measures mechanical properties of pure phase materials by directly inducing deformation in the crystal structure of the material.
However, the BeZnO ternary alloy suffers from severe phase segregation due to considerable deformation in the local structure caused by the large lattice misfit between ZnO and BeO.
However, the Young's modulus and yielding stress of ZnO nanowires with thickness less than 1.6 nm is much lower than the other larger cases, which could be due to the significant deformation in the initial structure.
As a result, interfacial dislocation-STZs interaction process prevents the evolution of shear localization at the layer interface and facilitates a more homogeneously plastic deformation in the nanolaminated structure.
Vibration of the proof mass causes deformation in the piezoelectric structures and voltages to power the electrical loads.
One of the advantages of the proposed formulae is the possibility of predicting stress and deformation in the RC structures' members after column removal.
