Our competition was actually taking place at a large temporary circuit behind the stadium. So, after navigating our transportation to the closest parking space, we found the space reserved for our team garage. This would be our home for the next 4 days.
JSAE2009 – Day 1.1 Curve at first sight
Welcome to Japan! After a 6-hour flight and a 2-hour drive, our boys arrived at the Ogasayama sports park. Towering at the centre is the 50000-seat Ogasayama stadium whose curvy roofs pose quite a sight for first time visitors.
JSAE2009 – Day 0.2 From Thailand with love
There were lots of from friends and family at the Suvanabhumi airport check-in desks. Asst.Prof. Surapont Toomnark, representing the Faculty of Engineering of KMUTT was there to show his support for the team too. We really appreciate everybody who was there that night. You all created a great atmosphere.
Off we went, on the comfortable wings of Thai Airways International.
JSAE2009 – Day 0.1 Every journey begins with a first step
The wait is over. The preparation is behind us. The bags are packed. The car is waiting in Japan. The time has come.
KMUTT racing team – OPTIMUM – is ready to embark on a new adventure, to represent Thailand at the Japan Society of Automotive Engineering (JSAE) Student Formula 2009 competition.
Twelve team members gathered up at the statue of King Mongkut before setting off. May his majesty give us blessings and we shall return with pride and prizes.
subject of email plst
MEE556 Final Examination Announcement
The final examination for MEE556 Aeroelasticity will take place between 0900-1200 on Tuesday 13 October 2009. The examination room will be announced closer to the examination date.
MEE556 Aeroelasticity Coursework
Students can download the following MATLAB m-file for use in the coursework.
Each group must study the flapping stability of a wind turbine blade by analysing the parameter such as the wind speed and the blade natural frequency. A bifurcation diagram should be produced by the end of the project and critical events must be pointed out. The types of steady states we expect to see are stable fixed point, limit cycle oscillations, and divergence.
The coursework is to be submitted by 5PM of Friday 16 October 2009.
Example Excel file for Anabas ICT course
You can download the example excel file for the ICT course exercise from the following link.
Download an example Excel file
This information is used for the class scheduled on 8 July 2009.
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 MEE211-03 & 04
These two lectures are bunched together because we basicaly only went through textbook exercises on Force Systems, FBD and Equilibrium.
Homework for this week are Exercise 2: Part 2: Questions 1 and 2.