1. Fabrication of hydraulic v type,angle bending machine
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Transcript of 1. Fabrication of hydraulic v type,angle bending machine
FABRICATION OF HYDRAULIC FABRICATION OF HYDRAULIC V-TYPE, ANGLE BENDING V-TYPE, ANGLE BENDING
MACHINEMACHINE
Submitted by
Name Reg.No1. S.Muthukumar 132318702. B.Aravinth 132318013. V.Karthikeyan 132318464. R. Manikandan 132318585. S.Manikandan 132318596. P.Desinguraja 13231816
Sri Jai Maruthi Polytechnic CollegeManivizhunthan south, Attur
We have pleasure in introducing our new project “FABRICATION OF HYDRAULIC V-TYPE
ANGLE BENDING MACHINE”.
A work piece can be bent in multiple directions and angles. Common simple bends consist of forming elbows, which are bends that range from 2 to 90°, and V-bends, which are 180° bends.
INTRODUCTION
BENDING PROCESS BENDING PROCESS
Work piece bending as a process starts with loading a work piece into a work piece bender and clamping it into place between two dies, the clamping block and the forming die.
The work piece is also loosely held by two other dies, the wiper die and the pressure die.
HYDRAULICS SYSTEMHYDRAULICS SYSTEM
Pascal's law: states that for an incompressible fluid at rest, the difference in pressure is proportional to the difference in height and this difference remains the same whether or not the overall pressure of the fluid is changed by applying an external force.
hydraulic pump with a small swept volume that asks for a small torque, combined with a hydraulic motor with a large swept volume that gives a large torque. In such a way a transmission with a certain ratio can be built.
Most hydraulic drive systems make use of hydraulic cylinders. Here the same principle is used a small torque can be transmitted into a large force.
WORKING PRINCIPLEWORKING PRINCIPLE
When a bending force is applied to a work piece (work piece) under free bending conditions, the initial bending is elastic in character.
This is because the stresses that are developed in the opposite faces of the material are not sufficiently high to exceed the yield strength of the material.
The stresses developed on the inside of the bend tend to shorten the metal and are, therefore, compressive stresses.
The movement or strain which takes place in the work piece as a result of the initial bending force is elastic only and, upon removal of the force, the work piece springs back to its original shape.