Sentence examples for time deformation from inspiring English sources
The phrase "time deformation" is correct and usable in written English.
It can be used in contexts discussing physics, particularly in relation to theories of relativity or time travel concepts. Example: "In the realm of theoretical physics, time deformation can lead to fascinating implications for our understanding of the universe."
Real time deformation and fracture were recorded using a high-speed camera.
At the same time, deformation of the ground is observed by close range photogrammetry and image processing.
The results of the study might be used in selecting the proper type of crosslinker in hydrogels based on their gelation time, syneresis time, deformation strength, and thermal stability for specific operating conditions.
In order to characterize the behavior of HB400 armor steel and Al foam under mine explosion, TNT mine blast experiments and investigated the real time deformation and failures of the specimens.
It was found that the combined effects of ball design and panel material anisotropy resulted in impact properties such as coefficient of restitution, contact time, deformation and the 2D shape taken up by the ball at maximum deformation, to vary with pre-impact ball orientation.
Within the ROI, two variables were calculated as a function of time: deformation and deformation rate.
Real time deformations of circle packings are possible by changing the shape of the initial closed curve.
The investigated methodology shows promise for real-time deformation measurements in composites at the micro-scale.
It is difficult for the direct displacement measurement method to completely reconstruct the real-time deformation of heavy-duty CNC machine tools.
The detector will be used in the study of a whole range of time-dependent phenomena, most importantly reaction kinetics, materials processing and real-time deformation studies.
Due to the real-time deformation feedback characteristics, this kind of actuators can find wide applications in actively controllable engineering, artificial robotics, and biomedicine.
