Students can download the materials for the subject MEE556 Aeroelasticity (August 2015) from the following links
Tag Archives: download
MEE214 Engineering Mechanics (January 2016)
MEE212 Engineering Mechanics II coursework
Please download the coursework assignment from the links below
- Assignment C1, C2 and C3 by Dr.Chawin
- Assignment S1, S2 and S3 by Dr.Sontipee
- Assignment T1, T2 and T3 by Dr.Teeranoot
Contact chawin.cha@kmutt.ac.th sontipee.aim@kmutt.ac.th or teeranoot.cha@kmutt.ac.th for further clarification, if needed.
Students please take not of the following coursework regulations
- A maximum of 5 students per group
- No restriction on choice of programming method, ie. MATLAB, Mathematica, MS Excel, etc
- Presentation only, no report required
- Presentation on Thursday 3 May 2012
- Report submissions are optional and not required
- Presentation format: 5 minutes presentation + 5 minutes Q&A
- One presenter will be randomly selected. All group members must be present at the presentation.
Coursework objectives (Students are graded based on the following criteria)
- Make use of appropriate equations
- Perform correct computation
- Able to perform appropriate analyses, ie. graphical representation, optimsation, etc
MEE211 Engineering Mechanics I (Statics) Term Project 2011
Students can download the term project descriptions and questions for the subject MEE211 Engineering Mechanics I (Statics) from the following links
MEE214 Engineering Mechanics
Students can download the lecture notes for the subject MEE214 Engineering Mechanics (Dynamics part only) from the following links
10[Last revision on 10 January 2011]
MEE214 Engineering Mechanics (July 2010)
KMUTT Mechanical Engineering course description
The Thai language edition of KMUTT Mechanical Engineering course description (ver. 2551) can be accessed from this link.
Lecture Log MEE556-03
We finished the lecture on divergence of a lifting surface today. The class example was a uniform wing under torsional load.
This week’s homework can be downloaded here. Aeroelasticity Exercise 3: Divergence of a wing.
Lecture Log MEE211-02
Again. A bit late. We covered the basics of vector calculation and equilibrium conditions. Basicly, the first part of Lecture 2.
The homework for this week is Exercise 2 – Questions 7 and 8.
UPDATE: Solutions for the homework can be found here – Question 7, Question 8.
Lecture Log MEE556-02
We completed the chapter on control reversal. The class example was a 2D 2-DOF aerofoil (pitch and aileron) model. Derivation of reversal dynamic pressure and speed was shown. Finally, we discussed aileron effectiveness and the relationships between reversal dynamic pressure and divergence dynamic pressure.
Homework for this week can be downloaded here. Aeroelasticity Exercise 2: Control Reversal.