工字钢

gōng zì gāng
  • -steel;double tee iron;double T-steel;flange beam;I bar
工字钢工字钢
工字钢 [gōng zì gāng]
  • [I bar] 建造用断面为工字形的轧制条钢或钢材

工字钢[gōng zì gāng]
  1. 蜂窝梁是工字钢或热轧H型钢腹板上按一定的线形进行经切割、组装、焊接而成的空腹梁。

    Castellated beams are steel I-beams or Hot-rolled H-beams with a certain line on the web by cutting , assembling and welding , which have holes on the web .

  2. H型钢最初是由工字钢优化发展而来的一种经济断面型材,由于其优越的力学性能,被广泛应用与各种钢结构建筑中。

    H-beam derived from joist steel is one kind of economic section beam . Due to its excellent mechanical properties , it is widely used to build various kinds of steel structure buildings .

  3. 工字钢CARD数模精度与系统功能的改善

    Improvement on the Accuracy of Mathematic Model and System Function of I-beam CARD Program

  4. 电机通风用异形钢材是一种机械零件,其断面形状类似工字钢和H型钢。

    Electromotor ventilation section shape is similar to the I beam and H beam .

  5. 24H新型矿用工字钢的切深孔设计

    Design the knifing pass of the new 24H mining I-beam

  6. 区别处理H型钢梁与工字钢梁稳定性条件空心工字钢冷弯成型过程的数值模拟

    SEPARATING RESEARCH ON STABILITY CONDITION OF H-SECTION AND I-SECTION STEEL BEAMS The numerical simulation of hollow i-beam forming process based on ANSYS / LS-DYNA

  7. H型钢具有一种合理的经济断面,与普通的工字钢相比,使用更加方便,而且有很好的经济效益,已广泛应用于钢结构建筑工程和公用基础设施等方面。

    H-beam with reasonable and economic cross-section is more convenient and economic in using than the ordinary I-beam , and has been widely used in steel construction , utility infrastructure and other areas .

  8. 本文通过对13根内埋工字钢的SRC框架短柱试件的试验研究,讨论了SRC框架短柱的变形能力。

    Based on the experimental results of 13 specimens , the ductility of short SRC columns with I steel encased is studied .

  9. 利用有限元软件ANSYS,建立了包含工字钢部分在内的铝电解槽几何模型。针对沈阳铝镁设计研究院设计的300kA铝电解槽,进行了三维电热场耦合分析。

    Aluminum electrolysis cell including I - shaped steel is built by the software ANSYS , and 3D thermo - electric field analysis for the 300 kA aluminum electrolysis cell designed by Shen Yang Aluminum & Magnesium Academe .

  10. 钢铁结构材料的高性能化型钢悬挑外脚手架高45m,双排,采用14工字钢做悬挑支架。

    Structural steel hanging scaffold is 45 m high , double rowed , and chooses 14 # double T iron as hanging stand .

  11. 沿空煤巷锚网与工字钢腿联合支护技术

    Combined Supporting Technology of Bolting and I-bar in Roadway along Gob

  12. 改进孔型设计提高14~工字钢减重率

    Reforming Pass Design Increasing Reducing Weight Ratio of No.14 I Steel

  13. 对工字钢焊接变形预防及矫正的探讨

    The Discussion on Welding Deformation Prevention and Correction of Steel I-beams

  14. 万能连轧工字钢孔型设计和生产实践

    The pass design and production practice of universal mill for I-beam

  15. 轴心受压组合工字钢柱截面的设计

    Section design of welded H shape steel column under axial loading

  16. 介绍了一种新型矿用工字钢。

    A kind of new type I-beam for mining is introduced .

  17. 基于能量法的工字钢柱的界面滑移计算

    Calculation of Interface Slips in Steel I-Columns by the Energy Method

  18. 工字钢孔型设计专家系统的研究

    The research on the expert system for I-beam roll pass design

  19. 18-8型不锈微型工字钢的矫直与设备参数

    Straightening Process and Equipment Parameters for Mini I-beam of 18-8 Stainless Steel

  20. 焊接工字钢截面特性的实用计算程序

    Practical VB Programme of calculating parameters of welded I-steel section

  21. 两端固定工字钢短柱的温度应力试验研究

    Experimental study on temperature stress of short axially-restricted steel column

  22. 对工字钢为对称放置的四个不同钢骨含钢率、纵筋配筋率的钢骨混凝土梁进行了抗弯实验。

    Four steel reinforced concrete beams with different steel ratios are tested .

  23. 工字钢轴压构件简捷计算方法

    Simple and Direct Method of Shaped Steel Axial Compression Members

  24. 分析表明该矩形空心工字钢具有优良的截面性能。

    The analysis indicates that the rectangular hollow I-beam has the excellent capability .

  25. 工字钢桩衬板基坑支护的设计研究

    Design Research on Foundation Pit Supporting by I Steel Piles with Lining Planks

  26. 波纹腹板工字钢强度数值分析

    Numerical analysis of strength of I-beam with corrugated web

  27. 单轴对称焊接工字钢简支梁截面的优化设计

    Optimization design of section for a single symmetry welded simply supported I-steel beam

  28. 新型矿用工字钢及其腿宽控制

    New type I-beam for mining and the controled rolling for its legs width

  29. 利用大型工字钢组拼临时支墩设计方案

    Design Schemes for Temporary Buttress Composed by Large-Scale I-Bar

  30. 工字钢吊具的研制及应用

    The I - steel hoisting mechanisms development and applies