Example and numerical simulations are illustrated which agree well with our theoretical analysis.
Then, the test procedure of this method was illustrated, which could use variable stress step sizes regardless of pairing observations.
Thus a methodology is being illustrated which enables the consideration of rate dependent material behaviour in a fracture mechanical analysis under thermomechanical loading.
Then, the general design considerations are illustrated which covers some of the important design issues such as wrinkling of the membrane.
Furthermore, the surface pressure distribution, streamlines and trailing-edge flow structure around the airfoil are illustrated, which are helpful to understand the mechanisms of Gurney flap on airfoil aerodynamic performance.
Especially, a new biorefinery concept using a microbial community for glycerol bioconversion into PDO and bioenergy is illustrated which is attractive due to its simplicity and very low production costs.
A sequential addition strategy is illustrated which allows the targeting of specific connectivities for the vanadyl group to the silicate building block matrix (i.e. the number of V O Si bonds linking the vanadyl unit).
The influence of load pressure and shaft rotational speed on the TEHD lubrication characteristics are illustrated which shows the elastohydrodynamic pressure should be balanced against the oil film temperature and pressure in optimized design of slipper structure parameters.
Finally, the preliminary characteristics of the thorium fuel cycle deployment are illustrated, which reveals that a thorium nuclear energy park containing various TMSRs as a TMSR fleet can provide sustainable nuclear energy with low production of long-life nuclear wastes.
The representation of location vector in the Dechirping domain is illustrated which is only related to the central angle.
