Sentence examples for three dimensional contacts from inspiring English sources
Three dimensional contacts between steel wire ropes and other objects and kink-wave propagation in steel wire ropes are taken into consideration when applying the new approach to model steel wire ropes.
Impact forces generated by three dimensional contacts between steel wire ropes and other objects are calculated and theories of elastic wave propagation are applied to analyze the kink-wave propagation when steel wire ropes are loaded with a sudden perpendicular impact by a high speed moving object.
One of the fundamental open question in three dimensional contact topology is the determination of which closed oriented three manifolds support a tight contact structure.
Here a coupled three dimensional contact law including dry friction effects is applied and the needed partial derivatives for the MHBM procedure are given analytically.
The results support the view that extrinsic factors such as three dimensional contact, hypoxia and repair of PLD can be important and together with the intrinsic cell radiosensitivity will determine the radiation response of tumours.
To name a few, a concise theory for the two dimensional contact line is missing.
The proposed approach is an extension of the work of Menqet al.[1] and provides a mathematically simpler, yet more accurate, modelling for two dimensional contact problems.
This paper proposes a technique for three dimensional non-contact sensing of hand motion through electrostatic field.
Besides, the morphologies of the worn surfaces and wear debris were analyzed by scanning electron microscopy (SEM) and three dimensional non-contact surface mapping.
In this paper we present a boundary element method to analyze and solve three dimensional frictionless thermoelastic contact problems.
From all these data the specific dissipated friction power (SDFP), the contact temperatures are computed by means of a three dimensional elastic – ideal plastic contact model as well as the lubrication characteristics.
