1) load capacity calculation
承载计算
1.
It is simple,practical and accurate as a method for enterprises to conduct beam optimal design and load capacity calculation.
针对组合式货架横梁的实际使用和受力特点 ,提出了新的横梁承载计算模型和方法 ,该方法简单、实用、精确度高 ,为企业进行横梁系列化设计、横梁承载计算提供了一种实用的计算方法。
2) bearing capacity calculation
承载力计算
1.
Steel types,bearing capacity calculation method and construction technology for strengthening concrete components with wet-connected envelop steel is introduced,and illustrated that the wet-connected envelop steel method is widely used and a successful construction technology for the old plant maintenance and transformation at present.
介绍了湿式外包钢法加固混凝土构件的型钢选择、承载力计算方法与施工技术,并结合工程实例指出湿式外包钢法是目前旧厂房维修改造中广泛采用且成功的一种施工工艺。
2.
The status research of bearing capacity property,composite foundation bearing capacity calculation,pile-soil stress ratio,composite modulus of deformation and foundation settlement was introduced in this article,it can improve the research and application of cement mixing pile composite foundation.
结合水泥土搅拌桩复合地基在我国公路和工民建等领域的广泛应用,介绍了水泥土搅拌桩承载性状、复合地基承载力计算、桩土应力比、复合地基变形模量和地基沉降等方面目前所取得的进展,以促进水泥土搅拌桩复合地基的研究应用。
3.
Through summarization on 50 m T-typed beam hoisting machine,the bearing capacity calculation of bridge machine main beam,force analysis and strength calculation of runway girder were introduced.
通过对50 m T梁架桥机的概述,就桥机主梁的承载力计算、天车梁的受力分析及强度计算加以介绍,通过围溪沟大桥T梁顺利吊装完成可以看出,此桥机在不同的工况下均可安全工作。
3) calculation of bearing capacity
承载力计算
1.
On calculation of bearing capacity of concrete member subjected to bending torsion with consideration of related influence;
考虑相关影响的弯扭构件承载力计算探讨
4) load-carrying capacity
承载力计算模式
1.
Analysis method for load-carrying capacity of 550MPa high-strength cold-formed thin-walled steel columns subjected to axial compression;
屈服强度550MPa高强冷弯薄壁型钢结构轴压构件承载力计算模式研究
5) calculation of bearing capacity of pile foundation
桩基承载力计算
6) strength models
承载力计算方法
1.
This paper summarizes the researches advance briefly,emphasizes on the failu re modes and strength models of the strengthened RC beams,leading to useful con clusions for practical engineering applications.
本文简要论述这一新技术的研究进展,着重论述钢筋混凝土梁加固后的破坏形式和承载力计算方法,供实际工程应用参考。
2.
This paper gives a brief exposition of the research advance on this new technology, with emphasizing on the failure modes and strength models of FRP-strengthened flexural RC members including flexural strengthening of beams, shear strengthening of beams and flexural strengthen.
简要论述了这一新技术的研究进展,着重论述受弯构件加固后的破坏形式和承载力计算方法,包括梁的抗弯加固、梁的抗剪加固和板的抗弯加固等,供实际工程应用参考。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
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