Sentence examples for mechanical fatigue behavior from inspiring English sources
A study of the mechanical fatigue behavior of a Ti 6Al 4V lattice structure designed to exhibit controlled thermal expansion has been performed.
In the case of land transport projects, the lack of knowledge on mechanical fatigue behavior in these materials leads either to empirical oversized design of the layers made with these materials or to their rejection.
But, the global lack of knowledge on the mechanical fatigue behavior of these materials has purely and solely led to them not being used in High Speed Rails (HSR) infrastructures.
The mechanical fatigue behavior of Cu Al interfaces occurring in thermosonic ball bonds –typically used in microelectronic packages for automotive applications – is investigated by means of a specially designed fatigue test technique.
Optical microscope and scanning electron microscopy were used to investigate the micro-mechanisms of damage during fatigue, and the results were used to correlate with the mechanical fatigue behavior of WC Co cemented carbides.
Environmental effects considered include the effects of moisture content and temperature, as well as thermo-mechanical fatigue behavior.
The influence of phase angle varying from 0° (in-phase, IP), 90° (clockwise diamond, CD) and 180° (out-of-phase, OP) on thermal-mechanical fatigue behavior and lifetime of P92 steel has been investigated in present paper.
Results suggested the model is sufficient to describe thermo-mechanical fatigue behavior of cement-based materials, under the condition that no phase or morphological change occurred in the fatigue temperature range.
The focus of this paper is the simulation of the thermal-mechanical fatigue behavior (TMF) of two single crystalline Nickel-based superalloys in a temperature range between 400 °C and 980 °C.
In this article, thermo-mechanical fatigue behaviors in light alloys have been investigated to find the effect of heat treatments.
The constitutive equation accurately describes the mechanical SN fatigue behavior of a large number of polymers under test conditions in which the thermal effects were absent.
