Add to ORKGThe bending of beams and plates is treated by the extended use of the reciprocal theorem of Maxwell and Betti. This new method eliminates simultaneous equations to be encountered in the ordinary method of analysis. In the case of plates, the use of transposed matrix is especially suited.Article信州大学工学部紀要 10: 46-65 (1960)departmental bulletin pape
AbstractIn many practical applications of nanotechnology and in microelectromechanical devices, typi...
The synthesis of factorization and symmetry methods produced a general analytical solution to the fo...
This article presents a BEM formulation developed particularly for analysis of plates reinforced by ...
International audienceIn this paper, the authors endeavour to develop design formulas for reciprocal...
Abstract While discussing reciprocal theorems most textbooks mention only Maxwell’s reciprocal theor...
Using the mathematical similarity of the governing equations of the classical beam and plate theorie...
AbstractBy using the reciprocal theorem of elasticity, the author obtained the appropriate stress bo...
Various methods for the analysis of continuous beams have been proposed and investigated. They are c...
Based on the refined plate theory, a refined theory of rectangular beams is derived by using the Pap...
The relationships of bending solutions between Timoshenko beams and Euler-Bernoulli beams are derive...
A reciprocal theorem is presented for linear electrostriction. It is used to derive an integral repr...
In this work, the classic theory of Timoshenko beams is revisited using screw theory. The theory of ...
In many practical applications of nanotechnology and in microelectromechanical devices, typical stru...
Reciprocal Frames are an interesting but almost unknown class of structures, based on the assemblage...
In the traditional description of the classical theory of plates the shear forces, by definition, ar...
AbstractIn many practical applications of nanotechnology and in microelectromechanical devices, typi...
The synthesis of factorization and symmetry methods produced a general analytical solution to the fo...
This article presents a BEM formulation developed particularly for analysis of plates reinforced by ...
International audienceIn this paper, the authors endeavour to develop design formulas for reciprocal...
Abstract While discussing reciprocal theorems most textbooks mention only Maxwell’s reciprocal theor...
Using the mathematical similarity of the governing equations of the classical beam and plate theorie...
AbstractBy using the reciprocal theorem of elasticity, the author obtained the appropriate stress bo...
Various methods for the analysis of continuous beams have been proposed and investigated. They are c...
Based on the refined plate theory, a refined theory of rectangular beams is derived by using the Pap...
The relationships of bending solutions between Timoshenko beams and Euler-Bernoulli beams are derive...
A reciprocal theorem is presented for linear electrostriction. It is used to derive an integral repr...
In this work, the classic theory of Timoshenko beams is revisited using screw theory. The theory of ...
In many practical applications of nanotechnology and in microelectromechanical devices, typical stru...
Reciprocal Frames are an interesting but almost unknown class of structures, based on the assemblage...
In the traditional description of the classical theory of plates the shear forces, by definition, ar...
AbstractIn many practical applications of nanotechnology and in microelectromechanical devices, typi...
The synthesis of factorization and symmetry methods produced a general analytical solution to the fo...
This article presents a BEM formulation developed particularly for analysis of plates reinforced by ...