A novel 3-D transducer formulation has been developed to solve geometrically complex coupled-field problems. The transducer is compatible with both structural and electrostatic solid elements, which allows for modeling complex devices. Through internal morphing capabilities and exact element integration the 3-D transducer element is one of the most powerful coupled field FE analysis tools available. To verify the accuracy and effectiveness of 3-D transducer a series of benchmark analyses were conducted
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
10.1061/(ASCE)GM.1943-5622.0000049International Journal of Geomechanics116529-53
There is a pressing need to improve the feasibility of three-dimensional finite element (FE) methods...
The increased complexity and precision requirements of microelectromechanical systems(MEMS) have bro...
A three dimensional finite element formulation and algorithm for the solution of 3-d magnetic fields...
Over the last thirty years, the finite element method has been established as a powerful and widely ...
Over the past ten years, the ability of computers has progressed rapidly, and techniques of numerica...
The paper introduces a method to efficiently simulate nonlinear changing electrostatic fields occurr...
SIGLEAvailable from British Library Document Supply Centre- DSC:D43094/82 / BLDSC - British Library ...
This paper proposes a simple and precise way to measure three dimensional (3D) electric field (E-fie...
This report describes the design and construction of a multi-component force transducer. The selecte...
Currently, the nondestructive characterization of materials with electromagnetic NDT methods require...
© 1965-2012 IEEE. A model with a cylindrically symmetric geometry and excitation is commonly simulat...
Three-dimensional special elements, called the gap element, the expanding element, and the shielding...
R3D - Field is a three dimensional electrostatic field calculating program for arbitrary electrode c...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
10.1061/(ASCE)GM.1943-5622.0000049International Journal of Geomechanics116529-53
There is a pressing need to improve the feasibility of three-dimensional finite element (FE) methods...
The increased complexity and precision requirements of microelectromechanical systems(MEMS) have bro...
A three dimensional finite element formulation and algorithm for the solution of 3-d magnetic fields...
Over the last thirty years, the finite element method has been established as a powerful and widely ...
Over the past ten years, the ability of computers has progressed rapidly, and techniques of numerica...
The paper introduces a method to efficiently simulate nonlinear changing electrostatic fields occurr...
SIGLEAvailable from British Library Document Supply Centre- DSC:D43094/82 / BLDSC - British Library ...
This paper proposes a simple and precise way to measure three dimensional (3D) electric field (E-fie...
This report describes the design and construction of a multi-component force transducer. The selecte...
Currently, the nondestructive characterization of materials with electromagnetic NDT methods require...
© 1965-2012 IEEE. A model with a cylindrically symmetric geometry and excitation is commonly simulat...
Three-dimensional special elements, called the gap element, the expanding element, and the shielding...
R3D - Field is a three dimensional electrostatic field calculating program for arbitrary electrode c...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
10.1061/(ASCE)GM.1943-5622.0000049International Journal of Geomechanics116529-53
There is a pressing need to improve the feasibility of three-dimensional finite element (FE) methods...