Sentence examples for simulation of stiffness from inspiring English sources

Application of the model to simulate the response of these sub-assemblages shows that the model provides accurate simulation of stiffness, strength, drift capacity and response mechanism for frames with a wide range of design parameters.

A ply-level damage model for simulation of stiffness degradation due to progression of damage in fiber reinforced laminates is presented.

The video demonstrates interactive simulation of assembling stiffness matrices and force vectors into the system equations, comparison of different assembly methods, and node and element numbering for the computational efficiency.

The function covers interactive simulation of assembling stiffness matrices and force vectors into the system equations, comparison of different assembly methods, and node and element numbering for the computational efficiency.

In this study an advanced hysteretic non-linear riser-seabed interaction model has been implemented into the seabed enabling the automatic simulation of different stiffness in the seabed response through the touchdown zone and gradual embedment of riser.

The performance of the sample approach mechanism was evaluated by means of a finite element simulation of its dynamic stiffness.

The effect of manufacturing noise on the static performance of foil bearings is quantified using a Monte Carlo simulation of a bump foil stiffness model.

On account of stiffness, numerical simulations have been performed for acquiring the optimal distribution of tension cables and pose of the platform in the design of antennas.

The main novelty of the proposed simulations is based on the characterization of stiffness performances of passive joints-based proteins (α helix deca-alanine, repressor of primer protein and immunoglobulin protein) and active joints-based viral protein motor (VPL) in their native environment.

In order to present a more realistic simulation of the axial and flexural stiffness degradation, the RPHM is coupled with the Strain Compatibility Method (SCM), where the materials constitutive relations are used explicitly.

The increase of stiffness with the flow rate is reproduced by the simulations.