Sentence examples for displacement control and from inspiring English sources

These foils were subsequently indented, under displacement control, and the load displacement time characteristics were measured.

The main principles behind in vitro knee wear simulator testing are described, contrasting the displacement control and force control standard TKR wear test methods.

The monotonic shear-compression tests were performed under displacement control and experimental data have provided information about in-plane behaviour of as-built and FRP strengthened tuff masonry walls.

This paper presents an analytical and experimental study in which two optimal vibration control methods, displacement control and reaction force control, are compared in their effect on displacements and reaction forces in a flexible structure.

Simulations of a uniaxial test, a hollowed plate under biaxial displacement control, and a 3D simulation of a coronary artery undergoing balloon angioplasty are used to compare the performance of both models.

Three types of test geometries were used to provide a range of crack velocities between 0.1 and 5000 mm/s: a DCB geometry under displacement control, a wedge geometry under displacement control, and a wedge geometry loaded under impact conditions.

The proposed model is validated against extensive experimental data including constant strain rate, cyclic displacement controlled, and cyclic stress controlled tests over a range of temperatures, strain rates, loading frequencies, and stress/strain levels/amplitudes.

For the first time, the effects of stress relaxation and strain creep on lattice strain measurements in respectively displacement controlled and load controlled in-situ tests are numerically assessed.

The analysis is displacement controlled and starts from an undeformed, stress-free initial state, not taking into account any residual stresses, which might be present in the specimen due to the deposition process.

The authors suggest that the understanding of the behaviour will be very useful for the development of light weight structures subject to dynamic loading based on the bifurcation static analysis and dynamic analysis (using both the displacement control method and the load control method).

Simulation and experimental results show that the controllers designed in this paper can achieve speed control and displacement control with high precision and strong adaptability, thus leading to successful diving and leveling control of the underwater tension leg platform.