1)  tension and compression
拉压*
2)  tension-compression
拉-压
1.
A constitutive relationship for predicting the response of concrete subjected to uniaxial tension-compression fatigue loading is established based on the continuum damage mechanics.
基于连续损伤力学理论,提出了混凝土单轴拉压*-压疲劳损伤模型。
2.
The fatigue tests on axial tension an d tension-compression under consta nt amplitude cyclic loading have been carried out on plain concrete in this paper against the fatigue state of te nsion-compression in prestressed c oncrete bridges,and the test results are compared with those obtained by other researchers and code for design.
本文针对预应力混凝土桥梁工程中遇到的拉压*-压疲劳状态,进行了76个混凝土试件在等幅重复荷载作用下的轴拉压*、拉压*-压疲劳试验。
3)  tension and compression
拉压
1.
Symmetry in elastic structural analysis based on different elastic moduli in tension and compression;
拉压*不同模量弹性结构分析中的对称性问题
4)  splitting tensile strength
拉压比
1.
In the light of the state standards and test methods,splitting tensile strength and compressive strength of 16 different groups of hybrid fiber(containing steel fiber and polypropylene fiber) reinforced concrete specimens are tested.
结果低体积掺量的聚丙烯纤维增强高性能混凝土劈裂抗拉压*试验破坏为爆裂式破坏;在高性能混凝土中掺加适量的钢纤维和聚丙烯纤维可使抗拉压*强度提高10%~40%,使拉压*比增大到1/18~1/16;劈裂抗拉压*试验破坏为带有一定延性的破坏;钢纤维体积掺量为0。
2.
This paper presents an experimental study on the splitting strength and compressive strength of hybrid fiber reinforced HPC evaluation of ratio between splitting tensile strength and compressive strength for hybrid fiber reinforced HPC.
研究了揭示钢纤维和聚丙烯纤维混杂后对高性能混凝土强度和拉压*比的影响。
5)  tension-compression fatigue
拉压疲劳
1.
To develop the variation law of magnetic memory signals during the fatigue of material,48MnV steel was used to carry through tension-compression fatigue test under the load of its fatigue limit.
为探索金属磁记忆信号在材料疲劳过程中的变化规律,选用48MnV钢为材料,以其疲劳极限为负载作标准拉压*疲劳试验,并采用金属磁记忆诊断仪检测材料疲劳过程中磁记忆信号的变化。
6)  Euler column spring
欧拉压杆
1.
The negative stiffness spring and the Euler column spring are connected in parallel at the balance point.
该隔振系统采用欧拉压*杆作为负载弹簧 ,使隔振系统的被隔振质量与负载弹簧质量之比达到最大 ,显著地提高隔振系统产生内共振的频率 ;导出欧拉压*杆力学特性及以欧拉压*杆为弹性元件的隔振系统固有频率表达式 ;在平衡位置处采用负刚度弹簧与欧拉压*杆弹簧并联 ,使隔振系统的刚度在平衡点趋向于零 ,可显著降低系统固有频率 ,隔振性能明显提
参考词条
补充资料：地拉普利 ,压得克
药物名称：地拉普利

英文名：Delapril

别名：地拉普利 ,压得克
外文名：Delaprilt,ADECUT
药理及应用：　为强效、长效ACEI。应用同依那普利。
用法：　口服，1日7.5～60mg，1次或分2次服。最大剂量1日下超过120mg
注意：　同依那普利
规格：　片剂：7.5mg；15mg；30mg


类别：抗高血压药
说明：补充资料仅用于学习参考，请勿用于其它任何用途。