The minimum strain was also observed at 5 mm (0.00074), while the maximum strain occurred at 6 mm (0.0035).
The principal maximum and minimum strains are compared.
The red circular area, which has the minimum compressive strain, is matched with the location of InAs QD.
First, from the given corner data (i.e., position, tangent and curvature at the corner of each curve), four quintic Bézier curvilinear quadrilateral with minimum strain energy is constructed to satisfy the constraints of the crossing geodesics on a surface.
First, from the corner data (i.e., position, unit tangent vector and curvature at the end points of each curve), a four-quartic B-spline curvilinear quadrilateral with minimum strain energy is constructed to satisfy the constraints of the crossing geodesics on a surface.
In simulation, a hemispherical cup of diameter 100 mm was considered and simulation studies were carried out for all the possible locations of the drawbead, and location which gave minimum value of major principal strain is taken as the optimised one.
The necessary concentration required for inhibiting completely the growth of bacterial and fungal strain is called minimum inhibitory concentration (MIC) (Wang et al. 2015; Mojab et al. 2008).
As well known [Polymer, 33 (1992) 3182; Polymer, 33 (1992) 3189], crystallisation begins when a minimum strain has been reached.
Both the topology optimization technique and the principle of minimum strain energy are incorporated to find out the optimal configuration of the strut-and-tie model, which makes the model rational based.
Figure 22 shows the strain results for the top mast in the case of perpendicular loading in which only the maximum and minimum strain values are shown for clarity.
