1) load bearing mechanism
受荷机理
1.
Based on the wenkler s assumption, the load bearing mechanism of slide-resistant piles in the earth is analyzed comprehensively.
以温克勒 (Wenkler)理论为基础 ,对抗滑桩在土中的受荷机理进行了较为全面的分析 在此基础上 ,利用地基反力系数法对其进行计算 ,绘出桩的受荷传力系数曲线图并得出一些有益结论 ,供工程技术人员参
2) harm mechanism
受害机理
3) Stress mechanism
受力机理
1.
The stress mechanism of bored occluding pile and its application in soft soil stratum;
钻孔咬合桩的受力机理及在软土地层中的应用
2.
Based on the stress mechanism with composite foundation and rigid foundation,and the accuracy grade of pile positioning,the author believes that the existing technical standards for pile displacement in soil-cement mixed pile foundation are unreasonably rigorous.
基于复合地基和刚性桩基的受力机理、桩的定位精度分析,认为规范中对水泥土搅拌桩地基的桩偏位规定过于苛刻,参照混凝土灌注桩及其他复合地基桩偏位规定,提出对水泥土搅拌桩偏位作适当修正。
3.
Therefore,it is necessary to calculate coupling of digged foundation and soil around it to analyze stress mechanism of undisturbed soil foundation and distribut.
因此,需要通过对掏挖基础与周围土体的耦合数值计算,探讨原状土基础的受力机理及土体抗力分布,从而更直观地反映掏挖基础与土体的相互作用。
4) force mechanism
受力机理
1.
Started with force mechanism of common effect between reinforcing steel bar and concrete and combined with practical construction,the author deeply discusses the importance of reinforced protective layer and its control in the construction,and lists its minimal thickness,in order to make engineering construction technology more advanced and guarantee the quality of engineering.
从钢筋与混凝土共同作用的受力机理出发,结合施工实践,深入探讨了钢筋保护层的重要性及其在施工中的控制,并列出了钢筋保护层的最小厚度,以使工程施工技术更上一个档次,切实保证工程的质量。
2.
So we should attach importance force mechanism and enhance constitution design of structure member,and apply mechanics principle to analysis and settle practical problems.
因此要重视结构构件的受力机理,加强结构构件的构造设计,充分利用力学原理分析和解决实际工程问题。
5) load-bearing mechanism
受力机理
1.
Analysis of the load-bearing mechanism of frame-supported multi-ribbed wall beam;
框支密肋壁板结构墙梁受力机理分析
6) mechanical behavior
受力机理
1.
The mechanical behaviors of injecting mortar by laying mesh reinforcement in column treatment are analyzed.
介绍了结构加固的背景和钢丝网外喷高强砂浆的特点,探讨了钢丝网外喷高强砂浆加固柱的受力机理,并进行了轴压极限承载力计算,对高强加筋喷射砂浆的应用进行了展望。
2.
In view of the problems encountered in design of inner cores the integral mechanical behaviors and properties of inner cores are ana-lyzed as well as factors influencing its entirety.
介绍了核心筒设计的常见问题,分析了核心筒的整体受力机理与特点,研究了核心筒整体性影响因素,论证了核心筒成立的条件,提出了控制开洞,加强截面的措施。
3.
Combined with practical work the mechanical behaviors of high pressure mortar injected pile is analyzed.
结合具体的工程实践,对高压注浆桩受力机理进行了分析,并对试桩试验结果作了探讨,通过对经济效益的分析,指出高压注浆桩与普通灌注桩相比取得了较好的社会经济效益。
补充资料：荷电粒子与非荷电粒子
分子式：
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条