What is the mathematical expression of the equation used in designing thin plates?
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The mathematical expression of the equation used in designing thin plates is not explicitly mentioned in the abstracts provided. However, the abstract by Megson discusses the derivation of the critical stress in a thin plate with supported edges using the method of total potential energy. The abstract by Babouskos and Katsikadelis mentions the thickness optimization problem for regulating the dynamic response of a thin plate, which involves solving the dynamic bending problem of a plate with variable thickness using the analog equation method in conjunction with the boundary element method. These abstracts provide insights into the mathematical aspects of designing thin plates, but the specific mathematical expression of the equation is not stated.
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| The mathematical expression of the equation used in designing thin plates is not provided in the paper. | |
Open access•Book 17 Mar 2016 2 Citations | The provided paper is about "Boundary Integral Equation Methods and Numerical Solutions: Thin Plates on an Elastic Foundation". The mathematical expression of the equation used in designing thin plates is not mentioned in the paper. |
9 Citations | The mathematical expression for designing thin plates is not provided in the paper. |
| The mathematical expression for the critical stress in a thin plate with supported edges is derived using the method of total potential energy. |
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