Содержание
- 2. Agenda Finite element method ANSYS Inc ANSYS Multiphysics
- 3. Basic steps in Finite element method 1. Create and discretize the solution domain into finite elements.
- 5. ANSYS
- 6. Detail Geometry Creation Solid geometry of an assembly Geometry representing the air around an electric motor
- 7. ANSYS Multiphysics (examples)
- 8. ANSYS Multiphysics (examples)
- 9. ANSYS CFX
- 11. Скачать презентацию
Слайд 2
Agenda
Finite element method
ANSYS Inc
ANSYS Multiphysics
Agenda
Finite element method
ANSYS Inc
ANSYS Multiphysics
Слайд 3
Basic steps in
Finite element method
1. Create and discretize the
Basic steps in
Finite element method
1. Create and discretize the
solution
domain into finite elements.
2. Assume a shape function to
represent the physical behavior
of an element.
3. Develop equations for an element.
4. Construct the global stiffness matrix.
5. Apply boundary conditions, initial conditions, and loading.
6. Solve algebraic equations to obtain nodal results, such as displacements values at different
nodes etc.
7. Obtain other important information.
domain into finite elements.
2. Assume a shape function to
represent the physical behavior
of an element.
3. Develop equations for an element.
4. Construct the global stiffness matrix.
5. Apply boundary conditions, initial conditions, and loading.
6. Solve algebraic equations to obtain nodal results, such as displacements values at different
nodes etc.
7. Obtain other important information.
Слайд 4
Слайд 5
ANSYS
ANSYS
Слайд 6
Detail Geometry Creation
Solid geometry of an assembly
Geometry representing the air
Detail Geometry Creation
Solid geometry of an assembly
Geometry representing the air
around an electric motor armature is created for a later field analysis.
Patch surfaces created on larger areas for applying boundary conditions.
Слайд 7
ANSYS Multiphysics (examples)
ANSYS Multiphysics (examples)
Слайд 8
ANSYS Multiphysics (examples)
ANSYS Multiphysics (examples)
Слайд 9
ANSYS CFX
ANSYS CFX