'Registration 1' is a rough and fast estimation of non-rigid deformations performed on smaller size images, where the B-spline functions are largely constrained (increasing the weight γ of the penalty term in Eq. 3) to describe the more global deformations in the material.
To characterize the relation between the applied flow rate and the deformation, we performed deformation tests: 300, 450, 650 and 1000 μm height of the hydrogel villi were tested under varying flow velocity.
Sequentially coupled analyses of moisture diffusion and deformation are performed to predict overall performance of the studied viscoelastic sandwich systems.
Bulk severe plastic deformation was performed through rotary swaging, whereas surface-induced plastic deformation was conducted by applying shot peening and ball-burnishing.
Cyclic deformation analysis performed by compression of chitosan gelatin cryogels with varying strains (10, 20 and 40%) showed no cracking or any significant deformation.
In order to identify the parameter that leads to the highest nuclear deformation, we performed Welch's ANOVA analysis on the population means of each surface (Fig. 2b).
In addition, simultaneous visualization of RBC deformation was performed using a high-speed camera.
Note that the deformation test performed by traditional MD simulation methods used strain rates ranging 108 1010 s−108 1010
A combined study of proton and deuteron nmr relaxation and the behavior under mechanical deformation was performed.
