侧梁

通过高级配合技术完成构架侧梁、横梁及构架总装。

Through advanced assembly technology to assemble the side beam 、 beams and bogie frame .

为进一步控制侧梁的焊接残余变形，本文研究了焊接方向，顺序，反变形等综合措施作用下的侧梁焊接变形规律。

For controlling the welding residual deformation of the side beam , the welding deformation law by the combined effect with the welding sequence and direction and the reverse-deformation is researched .

X（6B）型集装箱专用平车侧梁制造工艺

Manufacturing technology of side sills for X_ ( 6B ) container flat cars

和谐HXD1型机车构架侧梁立板焊缝X射线探伤工艺的研究

Research on X-ray flaw detection technology for butt welds on side beam of bogie frame for type HX_D1 locomotive

只能使用《车间设备手册》中认可的焊机对侧梁执行mig焊接。

Only apply MIG welds on the side member using the welders approved in the workshop equipment manual .

对SS系列电力机车车体侧梁牵引座进行了比较及强度计算，分析了侧梁牵引座的结构特性，提出了不同的优化结构方案；

This paper compares and calculates strength of the side-beam traction holders of SS series electric locomotive car body , analyses the structure characteristic of them .

DJ1构架侧梁焊接变形的控制

The Controlling of welding distortion for DJ 1 bogie side frame

由于侧梁非严格对称，且外部4条主焊缝环绕在纵向中性轴（X轴）的四个角点；焊缝金属收缩是形成焊接残余变形的主要因素。

Because the side beam is asymmetric , and the external four longitudinal weld locate four corner of longitudinal neutral axis ( X axis ) of the side beam . For the groove weldment , the shrinkage of weld metal is the main factor making residual welding deformation .

介绍了DJ1构架侧梁的结构，分析了其焊接变形特点，阐述了控制构架侧梁焊接变形的工艺措施。

This paper mainly describes the structure of DJ 1 bogie side frame and analyzes its distortion characteristic . The controlling technology of welding distortion has also been presented .

在区域和中对外侧梁进行电阻电焊。

Resistance spot-weld the outer side member in the areas and .

拆下后轴托架侧梁上的制动软管支架。

Remove brake hose bracket on the rear-axle carrier side section .

拧紧后轴托架侧梁和横梁上的螺钉。

Tighten screws on rear-axle carrier side section and cross member .

用角度研磨机切断侧梁区域。

Cut through the side member area using an angle grinder .

安装后轴托架侧梁处的两个控制臂。

Fit both control arms at the rear-axle carrier side section .

将侧梁焊接在下侧梁区域中。

Weld in side member in area of lower side member .

使用张紧卡箍将侧梁固定至车身。

Fix the side member to the body using tensioning clamps .

高速动力车构架侧梁焊接结构优化研究

Optimization of welded structure in bogie frame of high-speed locomotive

用气体保护塞焊，将侧梁焊接到区域。

Plug-weld the side member in area under shielding gas .

气体保护焊接内侧梁和侧梁。

Weld inner side member and the side member under shielding gas .

使用惰性气体在区域中对外侧梁进行塞焊。

Plug weld the outer side member in area using inert gas .

防石撞击梁为侧梁提供了有效的保护并使外观更具吸引力。

Rock rails offer effective protection for the side members and look attractive .

将防侧倾杆安装到后轴托架侧梁上。

Fit anti-roll bar on rear-axle carrier side section .

高速机车构架侧梁的焊接顺序

Study of different welding sequences in the bogie frame of the high-speed locomotive

更换轮罩上部侧梁。

Replace side member for wheel housing upper section .

将侧梁固定到车架头部并固定侧梁的支架。

Fix side member to frame head and secure support for side member .

更换保持架并连接到侧梁上。

Replace holder and attach to side member .

机车侧梁牵引座结构优化设计

Optimization design for side-beam traction holder of locomotive

将内部侧梁固定到车身。

Fix inner side member to the body .

盖瓦叠板式盖瓦式叠板轿车侧梁内板顶盖冲压成形数值模拟研究

Research on Stamping Forming Numerical Simulation for Side Beam Internal Plate Cover of Car

将轮罩上部的侧梁固定到车身。

Fix the side member for the wheel housing upper section to the body .