Experiment Outline of FEM
Course Name:Finite Element Method
Course Number:M08041136 Experiment course property:Non-independent course
Course On duty:Wang Jianming The number of experiments:4
Main composer of teaching programme:Lv Qiaona
Teaching programme auditor:Wang Jianming
A: Class hour, Credit
Total class hour of course: 48 Total class hour of experiment: 8
Total credit of course: 3 Total credit of experiment: 0
B: The profession and grade suitable
Postgraduate of school of mechanical engineering
Freshman
C: The purposes and basic requirements of experiment teaching
Purposes:
a. Deepen the understanding of finite element theory related to meshing concepts and meshing principals.
b. Be familiar with the finite element modeling, solving , procedure and method of result analysis.
c. Be familiar with the menu, window, software’s analytical function and solving problems’ procedure of ANSYS software.
d. Can use ANSYS software tocarry through statics analysis for simple parts.
Basic requirements:
a. Grasp geometric body constitution method, meshing method, theenforcementof boundary condition method and various load enforcement method of ANSYS software.
b. Can use ANSYS software to carry throughstatic finite element analysis for 3-D beam.
c. Can use ANSYS software conducting static finite element analysis for plane structure.
d. Can use ANSYS software conducting static finite element analysis for3-D solid structure.
D: Main Instrument and Equipment
Computer number: 40 ANSYS software
E: Contents and class hour distribution of the experiment courses
Nume-rical order
| Experim-ent entry
name
| Experiment content
| Class hour distri-buti-on
| Experim-ent
property
| Experim-ent
property
| Each group
Numb-er
| Exper-iment requirement
|
Tutor
| Alrea-dy
Open
Not open
|
a
| ANSYS
software
environment
| ANSYS software function,menu,window and introduction of ladder procedure
| 2
| Profess-ion
| Demonst-ration
| 1
| elective
| Wang Jianming
|
|
b
| Static finite element analysis for beam structure.
| Use ANSYS software modeling solving, annalizing result by FE
| 2
| Profess-ion
| synthesis
| 1
| elective
| Lv Qiaona
|
|
c
| Static finite element analysis for plane structure
| Use ANSYS software modeling,solvingang result analysis by FE for plane structure
| 2
| Profess-ion
| synthesis
| 1
| elective
| Lv Qiaona
|
|
d
| Static finite element analysis for solid structure
| Use ANSYS software modeling,solvingang result analysis by FE for solid structure
| 2
| Profess-ion
| synthesis
| 1
| elective
| Lv Qiaona
|
|
F:Evaluation Mode
Experiment Report:
a. Write the experiment report according to experiment instructor.
b. Content of the experiment report must be integral; writing format is specification.
Evaluation Mode:
The evaluation mode ofexperiment courseadopts inspection. Score which is recorded by excellent, good, middle, pass and fail accounts for 20 percent in total score.
G:Experiment Course Material, Reference Book
a. Course Material
R.R. Liu, S.S. Quek.The Finite Element Method: A Practical Course, Butterworth-Heinemann Publications. Burlington, 2003
b. Rreference Book
Ya-ou Zhang ,Zhifei Gu, Yong Song, the FE analytical practical course of ANSYS7.0 ,published by Tsinghua University Press (Beijing) in 2004
