Basics of Sheet Metal
Basics of Prototype Sheet Metal Design: An explanation of plastic deformation (cutting and bending) and the fundamentals of material mechanics.
Sheet metal processing refers to the general term for the process of plastically deforming thin sheets at room temperature (cutting and bending) into various shapes. When an external force is applied to the material, it deforms, and depending on how the load is applied, the state of deformation can be classified into five categories: "tension," "compression," "shear," "bending," and "twisting." Among these, sheet metal primarily involves three types of deformation: "drawing (tension and compression)," "shear," and "bending." Understanding the relationship between "material properties" and "applied stress" helps to support the work processes involved in sheet metal phenomena. When considering bending and drawing processing forces, similar to calculating shear processing forces, they are derived based on tensile strength and various factors such as material length and sheet thickness. *For more details, please refer to the PDF document or feel free to contact us.*
- Company：早野研工 本社(大垣工場）
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