A general modal analysis scheme is derived for forced response that makes use of high accuracy modes computed by the dynamic element method. The new procedure differs from the usual modal analysis in that the modes are obtained from a power series expansion for the dynamic stiffness matrix that includes an extra dynamic correction term in addition to the static stiffness matrix and the consistent mass matrix based on static displacement. A cantilevered beam example is used to demonstrate the relative accuracies of the dynamic element and the traditional finite element methods
Dynamic simulations provide insight into the operation of complex mechanisms under dynamic loading c...
The subject of the project Continuum Methods for Large Flexible Structures is the improvement of the...
In parallel with experimental methods, modern-day cars are designed by advanced dynamic analyses usi...
A solution procedure is developed and evaluated for the solution of nonlinear dynamic structural pro...
Better understanding of the dynamic behavior of structures is as important as using reliable methods...
For beam dynamic finite element analysis, according to differential equation of motion of beam with ...
The forced frequency analysis is very important in the design of automotive structures. In particula...
Program year: 1985/1986Digitized from print original stored in HDRThere are basically two methods of...
An approach to analyzing structures by using beam elements is developed with adaptive displacement i...
In linear elasticity, most of the theories of structures in dynamics are governed by partial differe...
A technique is presented whereby the standard finite element approximations used in vibration analys...
[[abstract]]This paper presents a simple and effective modal synthesis method via combined experimen...
Finite Element Method (FEM) codes for beam, plane frame, and plane truss structures static and modal...
Structural modification techniques are widely used to predict the dynamic characteristics of modifie...
This paper presents a physical approach to simulate image represented objects ’ behaviour. The Finit...
Dynamic simulations provide insight into the operation of complex mechanisms under dynamic loading c...
The subject of the project Continuum Methods for Large Flexible Structures is the improvement of the...
In parallel with experimental methods, modern-day cars are designed by advanced dynamic analyses usi...
A solution procedure is developed and evaluated for the solution of nonlinear dynamic structural pro...
Better understanding of the dynamic behavior of structures is as important as using reliable methods...
For beam dynamic finite element analysis, according to differential equation of motion of beam with ...
The forced frequency analysis is very important in the design of automotive structures. In particula...
Program year: 1985/1986Digitized from print original stored in HDRThere are basically two methods of...
An approach to analyzing structures by using beam elements is developed with adaptive displacement i...
In linear elasticity, most of the theories of structures in dynamics are governed by partial differe...
A technique is presented whereby the standard finite element approximations used in vibration analys...
[[abstract]]This paper presents a simple and effective modal synthesis method via combined experimen...
Finite Element Method (FEM) codes for beam, plane frame, and plane truss structures static and modal...
Structural modification techniques are widely used to predict the dynamic characteristics of modifie...
This paper presents a physical approach to simulate image represented objects ’ behaviour. The Finit...
Dynamic simulations provide insight into the operation of complex mechanisms under dynamic loading c...
The subject of the project Continuum Methods for Large Flexible Structures is the improvement of the...
In parallel with experimental methods, modern-day cars are designed by advanced dynamic analyses usi...