The term "deformation speed" is correct and can be used in written English.
This phrase is used to describe how quickly an object has its shape or size altered due to stress or force. For example, "The deformation speed of the metal increased when subjected to extreme temperatures."
As a consequence of this feedback process, the initial contact area controls the average deformation speed: if the initial contact area is smaller, then the deformation speed is faster (e.g., Brechet and Estrin 1994).
They have a viscoelastic behaviour and their mechanical properties are strongly dependant on plasticiser content, temperature and deformation speed.
The true characteristics of plasticine were first clearly identified by designing the compression experiments via 2k factorial design method with lubrication type, deformation speed, and material type (color) as the main process factors.
The experimental results were then employed to calibrate FEA models of the delamination process with the aim of estimating the delamination energy of the polyvinyl butyral (PVB) membrane and glass layers and its relationship with deformation speed.
We performed compression tests on double cone samples to characterize the effects of strain and deformation speed on globularization of the lamellar microstructure, crystallographic texture and boundary misorientation development.
In addition to selecting appropriate materials and controlling the deformation speed of process, we can also select metal forming lubricants to effectively reduce friction at the interface of die/workpiece.
The newly developed apparatus can be applied to various types of accelerators for attaining deformation speeds as high as several km s−1.
By taking some measures to stop rock deformation speeding up, to reinforce the structures and the foundation of shaft, derrick and hoist room, to promote safety management, coupled with comprehensive, systematic and continuous site monitoring and prediction, the East Main Shaft can continue to be used.
It was also shown that this value agrees with experimental measurements (as discussed in [21]) and we thus consider this in the formulation of our bead model to mimic quasi static deformation at vanishing pulling rates as relevant for physiological and experimental deformation speeds.
The deformation amplitude was slightly increased and therefore the deformation/amplitude ratio, and the deformation speeds were also increased, although mean speed changes were not significant.
The peak deformation speeds (3 and 5, orange) are also obtained for the increasing and decreasing deformation periods (as the maximum positive and negative slopes of the deformation curve, represented as orange lines in Fig. 2a).
