Sentence examples for capture the material from inspiring English sources
TO capture the material he needs for his work, Warren Cross, a sound designer, ranges far and wide, recording everything from storms and waterfalls to police sirens to be used on stage or in films.
It is shown that the proposed approach can successfully capture the material failure during cyclic loadings.
To capture the material yielding behaviors and to allow for an explicit simulation on the member initial curvatures, a curved-piecewise-Hermite (CPH) element is especially developed for simulating the behaviors of HCFT columns under extreme loading conditions.
Numerical results of benchmark tests show that the present method is able to capture the material interface as a well-defined sharp jump in volume fraction, and obtain numerical solutions of superior quality in comparison to other existing methods.
The obtained results are promising and demonstrate the capability of the proposed model to capture the material and stacking sequence effects on the joint behaviour and strength, as well as the influence of the geometrical dimensions of the joint.
The key is to quantify effective flexural-only stiffnesses (B) that capture the material nonlinearities from flexure-slip action of the TCC section, and to conduct the analyses using B profiles which satisfy equilibrium, compatibility and nonlinear constitutive links to the connections.
Like a court painter, Myers is as intensely interested in capturing the material environs of the people portrayed as he is in suggesting their inner life.
For each time step, a thermal element activation scheme captures the material deposition process.
It was identified from the numerical investigation that the three-phase design greatly improved the prediction capability of the UC in suitably capturing the material nonlinearity observed experimentally.
The model incorporates the radially varying drill-bit geometry and cutting conditions analytically, while capturing the material and friction properties empirically through a specific energy formulation.
A neuro-fuzzy model that is capable of capturing the material response at different temperatures and loading frequencies is used to predict the force at superelastic NiTi shape memory alloy wires.
