cyclic softening

基本解釋

The results show that the matrix in the microstructure occurs dynamic recovery and recrystallization and the materials generate cyclic softening during thermal cycling.
結(jié)果表明，在熱循環(huán)過程中基體組織發(fā)生動態(tài)回復(fù)和再結(jié)晶，材料產(chǎn)生循環(huán)軟化；
Its cyclic properties first show cyclic softening, after stabilizing, then cyclic hardening. The state of cyclic softening and cyclic hardening will vary along with strain level.
其循環(huán)相關(guān)特性表現(xiàn)為先循環(huán)軟化，穩(wěn)定后又發(fā)生循環(huán)硬化，而且循環(huán)軟化和循環(huán)硬化的程度隨控制應(yīng)變的不同而不同。
Based on the results of cyclic softening and cyclic creeping tests at room temperature, the resilient relaxation tendency of the most commonly used spring steels were discussed in the paper.
本文從循環(huán)軟化和循環(huán)蠕變兩個不同側(cè)面對常用彈簧鋼的彈性松弛趨勢進(jìn)行了對比試驗研究并對它們的彈性松弛趨勢大小進(jìn)行了初步評價。

循環(huán)軟化
The details are presented as follows. At different stress amplitudes (i. e. , HCF regime, LCF regime and in-between regime), cyclic softening occurs in each case, and this phenomenon takes place more significantly with increasing stress amplitude.
在不同應(yīng)力幅和不同度溫度下其疲勞和損傷行為表現(xiàn)出明顯不同的特點,具體表現(xiàn)如下：在不同應(yīng)力幅下(即：高周疲勞區(qū)、低周疲勞區(qū)和介于高低周疲勞區(qū)之間)均發(fā)生了循環(huán)軟化現(xiàn)象,而且隨著應(yīng)力幅的增加循環(huán)軟化發(fā)生得更顯著。
機(jī)械工程
循環(huán)軟化
The experimental results show that the PTFE is a rate-dependent material. Cyclic softening is found to exist under pure torsion loadings, and the PTFE has noticeable non-Masing behavior.
實驗表明,PTFE是率相關(guān)材料,在剪切方向呈現(xiàn)循環(huán)軟化,并且有明顯的non-Masing特征。
物理學(xué)
循環(huán)軟化