Sentence examples for simultaneous deformation from inspiring English sources

In part, this knowledge gap exists because few tools enable simultaneous deformation of tissue and cells, imaging of cellular activity in live animals, and efficient restriction of motility in otherwise highly mobile model organisms, such as the nematode Caenorhabditis elegans.

This is explained in terms of the simultaneous deformation of second phase particles along with the Ni matrix during high temperature creep deformation.

The kinematics of the structural elements in the central part of the Rječina Valley are based on the relationship between relatively rigid carbonate rocks and ductile siliciclastic rocks during simultaneous deformations (Fig. 1).The Valley is a part of a dominant morphostructural unit that strikes in the northwest‐southeast direction (Ilirska Bistrica-Klana-Rječina Valley-Bakar Bay Vinodol Valley).

PURPOSE Often, the inverse deformation vector field (DVF) is needed together with the corresponding forward DVF in four-dimesional (4D) reconstruction and dose calculation, adaptive radiation therapy, and simultaneous deformable registration.

Digital color holography provides therefore a very interesting opportunity for the simultaneous multidimensional deformation measurement [11 14].

The enhanced properties are attributed to the simultaneous formation of deformation-induced martensites and deformation twins and the additional plasticity due to deformation twinning in austenite grains having optimal mechanical stability.

In this paper, an in-plane and out-of-plane deformation simultaneous measurement is performed by the proposed method based on multi-recording technology in speckle interferometry.

An in-plane and out-of-plane deformation simultaneous measurement method using only two speckle patterns grabbed before and after deformation of an object with rough surfaces using two cameras has been proposed.

This model accounts for the simultaneous contributions of deformation mechanisms including grain boundary emission of dislocations and/or stacking faults, as well as for mechanisms such as grain boundary sliding and for natural transitions between the relative dominance of each.

The physics of MPT consists in the metal surface layers above the phase transformation temperatures (900 1200 °C) during high-speed friction, simultaneous thermo-plastic deformation, and subsequent rapid cooling with a speed of 103 104 K/s due to heat transfer from surface layers into the coolant, strengthening tool and treated component.

The microstructures of the samples implied that this austenitic phase stability was due to the occurrence of simultaneous twinning during tensile deformation, and the effect of the plastic accommodation induced by the multiple deformations is discussed in this paper.