You are using the new UI (Beta).Return to the original UI

This page has been automatically translated by machine translation. Please note that translations may not be entirely accurate.

keisanHigh-precision calculations for everyday life and work
Login|Register

Rectangular Plate Deformation (Fixed on All Sides, Uniformly Distributed Load)

Author: k8008kExecutions: 18612
TOP/Shared Formulas (Engineering)/Civil & Mechanical

※ This library was created by a member. This site is not responsible for its content.

Manage Bookmarks
Calculation of Maximum Stress and Maximum Deflection in Rectangular Plate Deformation (Fixed on All Sides, Uniformly Distributed Load)
Reference: https://www.roymech.co.uk/Useful_Tables/Mechanics/Plates.html
Author’s Website) https://plain-aso-4423.staba.jp (Mechanical Design and Development of Mechanical Design Apps for AutoCAD)
[Reference] Young's Modulus (Longitudinal Elastic Modulus)
Steel----------206,000 MPa
Stainless Steel--197,000 MPa
Aluminum-------71,000 MPa
Teflon-------500 MPa
Juracon----2,200 MPa
Glass-------71,600 MPa
Length of the shorter side a
mm
Length of the longer side b
mm
Plate thickness t
mm
Uniformly distributed load p
N/mm²(=MPa)
Young's modulus (longitudinal elastic modulus)
MPa
Maximum Stress N/mm²
Maximum deflection mm

No customer feedback for this calculation yet.