fracture strength

基本解釋

Methods 15 anterior ceramometal test full crowns were fabricated and 15 natural anterior teeth were selected. Fracture strength were measured.
制作15個(gè)前牙金瓷全冠，挑選15個(gè)離體前牙，測(cè)定其折裂時(shí)的強(qiáng)度。
Yield strength of in-situ MMCs is 28% and 95.7% higher, respectively than those of ex-situ MMCs and matrix aluminum, and fracture strength is increased by 20.6% and 88.5% correspondingly.
原位復(fù)合材料的增強(qiáng)效果明顯，屈服強(qiáng)度比外加復(fù)合材料和基體分別高出28%和95.7%，斷裂強(qiáng)度則相應(yīng)提高了20.6%和88.5%；
The experimental results show that the fracture strength and strain first increase and then decrease with increasing the Ti content, and reaching the maximum value when Ti content is 5 at. %.
試驗(yàn)結(jié)果表明，隨Ti含量增加，合金的斷裂強(qiáng)度及斷裂應(yīng)變先增后降，在Ti含量為5at。%時(shí)達(dá)到最大值。

斷裂強(qiáng)度
Compressed fracture strength increases from 467MPa to 580MPa, and fracture strain increases from 5.2% to 8.7% with increasing the Fe content from 0 to 7 at.
Fe含量從0 at.%增至7 at.%時(shí),壓縮斷裂強(qiáng)度由467MPa增至580MPa,斷裂應(yīng)變由5.2%增至8.7%。
醫(yī)藥科學(xué)
斷裂強(qiáng)度
The properties of these materials are highly dependent on the skills of the dental technicians. In addition, process-dependent microdefects reduce the fracture strength and increase the time-dependent failure probability of restorations.
傳統(tǒng)的全瓷修復(fù)體通常是采用注漿成型、失蠟鑄造或熱壓預(yù)先晶化的玻璃等方法制作的，采用這些方法所制作的修復(fù)體的質(zhì)量，在很大程度上取決于牙科技師的個(gè)人技術(shù)，此外，在加工過(guò)程中所造成的微缺陷也降低了陶瓷材料的斷裂強(qiáng)度，增加了修復(fù)體失敗的幾率。
機(jī)械工程
斷裂強(qiáng)力
It later gives out the conclusion that both the fracture strength and hairiness meet with the requirement of warp knitting according to the test and theoretical calculation.
根據(jù)實(shí)際測(cè)量和理論計(jì)算,得出緊密紡高支棉紗的毛羽量和斷裂強(qiáng)力均符合經(jīng)編工藝的基本要求。
物理學(xué)
斷裂強(qiáng)度
抗斷強(qiáng)度
破裂強(qiáng)度