strength n. 1.力,力量,体力。 2.强度,浓度;长处;(要塞等的)抵抗力。 3.实力;兵力;全体人数,额定人数,编制。 4.笔力;文势。 5.(证券等的)市价坚挺。 6.〔美俚〕(可能有的)利润。 have not the strength to do it 没有气力做这个。 That will add strength to your argument. 那会增加你的辩论的力量的。 Take part in the physical exercises and build up your strength. 参加体育活动增强体力。 the strength of will 意志力。 the strength of the alcohol 这酒精的浓度。 fighting strength 战斗力。 mobilized strength 战时编制。 effective strength 实额,实际人数。 a policy of strength 实力政策。 What is your strength 你们一共有多少人? a tower of strength 金城铁壁。 the breaking [shock, tensile] strength 抗断[抗冲、抗拉]强度。 the working strength 资用强度。 strength of draught 【机械工程】通风强度。 strength of material 材料力学。 strength of structure 构造力学。 be [be taken] on the strength 【军事】编入编制内。 below strength 不够编制。 by main strength 奋力。 in full strength 全体动员。 in (great) strength 人多势众地,用巨大力量。 on the strength 〔英口语〕在士兵名册上。 on [upon] the strength of 依赖,靠着。 up to strength 够编制。 with all one's strength 尽力。
Then the shear and torsion strength of the beams and the number of stirrups were checked . the program for this system is pragmatic because it includes some cases that are always met in practice 本文所编制的预应力混凝土井字梁计算机辅助设计系统考虑了实际工程中常遇到的边梁扭矩较大、预应力筋相碰等问题,因此具有实用性。
By tests of 9 specimens subjected to biaxial eccentric compression , shear and reversed torque , the failure modes and the varying laws of cracking torque , original stiffness , ultimate torsion strength and ductility are discussed , with the change of axial stress level and relative eccentricity . then , the cracking bearing capacity , the ultimate capacity and the deformability of the specimens are obtained 通过9根承受双向偏压、弯、剪构件在反复扭矩作用下的试验研究,以轴压比和相对偏心距为主要研究参数,揭示钢筋混凝土构件中双向偏压剪反复扭矩作用下的破坏特征、开裂扭矩、刚度、强度、延性等特性和耗能性能,从而确定其开裂承载能力和极限承载能力及变形性能。
Also the failure modes and the cracking torque , original stiffness , ultimate torsion strength and ductility are discussed in this case . the factors affected torsion bearing capacity of high - strength concrete frame column is analyzed too . the seismic performances of normal - strength and high - strength concrete frame column subjected to biaxial eccentric compression , shear and reversed torque are studied 以轴压比和相对偏心距为主要研究参数,揭示高强钢筋混凝土构件在单向、双向偏压剪单调、反复扭矩作用下的破坏特征、开裂扭矩、刚度、强度、延性等特性,分析了影响高强混凝土框架柱抗扭承载力的因素。