Edinburgh is one of the most beautiful cities that I have encountered so far. There are plenty of places of historical significance to visit here. You will surely love Edinburgh for sure if you are a fan of antiquity. All our lectures were “in person” in King’s Building! If you are looking for accommodation, it is better if you get it in “Edinburgh old town”. You can use the following links for finding accommodation.
1. https://www.rightmove.co.uk/
2. https://www.gumtree.com/edinburgh
3. https://www.accommodationforstudents.com/edinburgh
4. https://www.unitestudents.com/edinburgh
The curriculum is more research-orientated
This semester we have 4 subjects:
1. Fire Science Laboratory:
This is the most practical-oriented course. We performed lab experiments concerning pool fires, ignition of solids, determining the flash/fire point of liquid fuels, etc. The experiments were well organized and all safety measures were taken while performing the experiments. The main objective of the experiments was to determine the material behavior/reaction to fire and the interpretation of experimental results (% of uncertainty, how close are the experimental results with the literature values?).
2. Fire Science 5:
This course mainly deals with thermochemistry, flame spread, scaling of fire and the behavior of different flames (premixed/diffusional flames). In addition to the theoretical exam, we also have to write a report (1000 words) based on the series of Seminar conducted. The seminar was based on interesting topics like smoldering combustion, wildfires, fire modeling, timber behavior in case of fire, etc. Each seminar was conducted by researchers who are proficient in their respective fields, e.g the seminar on smoldering combustion was conducted by Prof. Jose Torero.
3. Finite Element Methods (FEM):
FEM is a numerical approach to solving a problem that exists in reality. For example in the case of a beam that is subjected to a series of loads, if we try to solve the problem theoretically to determine the displacement/slope at each node, we will have to solve complex matrices. However, with analysis software packages like ABAQUS/ANSYS, we can solve the problem within a few minutes along with good graphical representation. In this course, we were given a similar beam problem and we had to submit a report based on our software results.
4. Structural design for fire
In this course, we primarily used British Standards/Eurocodes to design structures. Topics such as loads acting on the structure, the effect of thermal stress on the structure, in case of compartment fires how the section factor affects the temperature/time curve, etc. There is no coursework in this subject unlike the other subjects, there will be a final written exam.
Pizza Night 🍕
It was very kind of Prof. Grunde that he wanted to meet all the IMFSE students before he started his job as Chairperson for the FRISSBE project in Slovenia. In the third week of October, Prof. Grunde invited the IMFSE students for a Pizza night. We shared our IMFSE experience so far. It was fun to hear Prof. Grunde’s student life when he was a student in the US/France. I was quite fascinated by Prof. Grunde’s interest in the game of chess! The event was very well organized, all of us thoroughly enjoyed ourselves.
Thank you so much Prof. Grunde for organizing this special get-together!
Prof. Grunde with GM Vishwanathan Anand