首页> 外国专利> COMPOSITE RIGID-FRAME BRIDGE INSTALLING PRESTRESSED COMPOUND BEAM TO THE CONTRAL POINT OF THE SLAB OF RIGID-FRAME BRIDGE AND CONNECTING THE BEAM TO THE STEEL MEMBER INSTALLED IN THE UPPER OF POLE, AND CONSTRUCTION METHOD THEREOF

COMPOSITE RIGID-FRAME BRIDGE INSTALLING PRESTRESSED COMPOUND BEAM TO THE CONTRAL POINT OF THE SLAB OF RIGID-FRAME BRIDGE AND CONNECTING THE BEAM TO THE STEEL MEMBER INSTALLED IN THE UPPER OF POLE, AND CONSTRUCTION METHOD THEREOF

机译:复合刚架桥将预应力复合梁安装到刚架桥板的反点,并将梁连接到立杆上部安装的钢构件上,其施工方法

摘要

Present invention schedule section and the synthesis of steel and concrete, frontal cement a portion of the section of the slab of the load stress pillar upper negative moment section with both ends negative moment region of the slab in accordance with the acting on the rigid frame bridge is prestressed composite beam to install the negative moment a portion of the negative moment interval for placing the curing, and pillar upper end the reinforced concrete after the connection with the steel material is installed in a section is a steel and concrete, and the remaining section of the pillar is to install the pole of a reinforced concrete It relates to a method of installing a composite rigid frame bridge to resist an external force such as a lateral earth pressure.; Stylized predetermined length of the composite rigid frame bridge provided by the above method columns and the slab is to be installed in the synthesis of the steel and concrete to minimize the cross-section compared to the conventional reinforced concrete cross-section reduces the dead load a predetermined period of frontal ment section of the slab is Priest because thinner than conventional reinforced concrete composite beam cross section hameuroseo install the rest there is an advantage that the area of ​​the bridge hyeongha be greatly more secure.
机译:本发明安排了截面和钢和混凝土的合成,前部水泥的一部分为荷载应力柱上部负弯矩部分的板,其两端为负负弯矩区域,根据作用在刚性框架桥上是预应力复合梁,用于将负力矩安装在负力矩间隔的一部分以进行固化,并且将与钢材连接后的钢筋混凝土的支柱上端安装在一个截面中的钢筋和混凝土中,其余截面支柱的安装是为了安装钢筋混凝土的杆。涉及一种安装复合刚性框架桥以抵抗诸如横向土压力的外力的方法。与传统的钢筋混凝土横截面相比,由上述方法柱和板提供的程式化预定长度的复合刚性框架桥将安装在钢和混凝土的合成中,以使横截面最小化平板的前部预定时间段是Priest,因为比常规的钢筋混凝土复合梁横截面hameuroseo薄,其余部分安装得较薄,因此存在一个优点,即桥hyeongha的面积更加安全。

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