Sentence examples for spinning force from inspiring English sources
The research on the spinning force aims to optimize the machine design and the processing parameters selection.
The results show that, the splitting spinning force and the splitting spinning moment increase with the increase of yield stress, hardening exponent and elastic modulus.
The investigation of forming parameters influencing on splitting spinning force can provide the foundation for the choice of equipments, the design of dies and the determination of processing parameters.
This paper aims at developing a reasonable formula between splitting spinning force and forming parameters by the principal stress method, and then the reliability of the formula is verified by the comparisons with experimental data.
It shows that during 3D NAT spinning, the spinning forces varies periodically with the revolution angle of the roller around the blank; the spinning force during backward path spinning is greater than that of forward path spinning.
Furthermore, based on the formula, the laws of initial thickness and initial diameter of workpiece, diameter and splitting angle of splitting roller and feed ratio of splitting spinning influencing on splitting spinning force are investigated.
Various techniques such as melt-electrospinning, meltblowing, bicomponent spinning, force-spinning, and flash-spinning can be used for the fabrication of nanofibers of thermoplastic polymers.
The effect of the main forming parameters, such as offset amount, oblique angle, nominal reduction of blank radius, feed rate and path direction, on the spinning forces have been studied theoretically and experimentally.
Perhaps best known recently for films like Air India 182, Such a Long Journey, and Beowulf & Grendel the director has established an oeuvre that specializes in spinning forces of nature into something visually stunning and fascinating.
What keeps the planets spinning, the force from the beginning".
This paper discusses miniaturized Pb/HBF4/PbO2 reserve batteries (MRB) for military applications as in-flight power sources for small-caliber electronic fuzes, where the setback acceleration and high-spin force in firing environments are used to activate the MRB.
