CE认证UB/UBP英标H型钢与

CE认证UB/UBP英标H型钢与IPE工字钢区别 

钢是结构框架系统的主要部分，专门设计用于承载分布荷载，如平行墙或屋顶系统。梁是工程中较常用的结构构件之一，其主要变形形式是弯曲。它主要用于抵抗弯矩、垂直荷载和剪力。因此，钢由其弯矩定义，该弯矩是根据建筑结构的主要要求计算的。简而言之，任何承受横向荷载并能承受荷载的水平结构构件都是钢。

结构钢在商业建筑中得到了广泛的应用。从那时起，钢就被用于重大的建筑工程。钢材的供应使它更容易使用。首先，它与混凝土结合得很好，而且它有许多特性，在建筑项目方面甚至比混凝土更好。钢仍然是建筑材料中较受欢迎的选择之一，因为它安装所需的时间更少，而且它使重量轻、强度高和易于制造的完美结合。它已成为商业建筑项目的主要组成部分。说到钢，H型钢和工字钢是建筑中最常用的两种结构构件，用来支撑建筑物和墙壁。让我们来看看这两个结构构件。

英标H型钢规格：

What is a H-Beam?

H-Beam, as the name suggests, is rolled steel joist (RSJ) with the cross section in the form of the capital letter H. It is the one of the most common and widely used structural steel member used in both residential and commercial building projects. Because of its superior mechanical properties and better strength to weight ratio, they make for the preferred choice of material for mezzanines, bridges, and platforms. Plus they have wide flanges which are commonly used in residential building projects.

英标H型钢表格：

什么是工字钢？

工字钢，顾名思义，是一种工字形结构构件，其截面形式为大写字母“I”。与H型钢不同，它们有细长的翼缘，翼缘通常较窄，端部为锥形，以提高强度。这使得它们能够在直接压力下承受载荷。由于其高抗拉强度，被用于钢结构建筑、桥梁等民用工程中。

What is  a I-Beam? 
I-Beam, as the name suggests, is an I-shaped structural member with the cross section in the form of the capital letter ‘I’. Unlike H-beams, they have slender flanges which are typically narrower with tapered ends for increased strength. This makes them good at bearing load under direct pressure. Because of their high tensile strength, they are used in steel framed buildings and bridges and other civil projects.

IPE工字钢规格表：

H型钢与工字钢的区别

工字钢基础

H型钢，顾名思义，是一种轧制钢制成的H型结构构件，被称为宽翼缘梁。它是美国常用的结构构件之一。它的横截面看起来像一个“H”，非常坚固，在钢梁的横截面上有更大的表面积。另一方面，工字钢也被称为H型钢，但从横截面来看，它看起来像一个“I”。它基本上是一个轧制钢梁或一个横截面为大写字母I的托梁。

In terms of design, H-beams have longer, wider, and heavier flanges than I-beams but both the terms H-beam and I-beam can be used interchangeably most of the times and commonly referred to as rolled steel joists (RSJ). The horizontal element at the top and bottom of a beam is called a flange, which is typically narrower in I-beams but are almost equally wide as such. The height of a beam is the web, which is thicker in H-beams which makes them relatively stronger than I-beams. I-beams, on the other hand, have slender webs and tapered flanges.