good subjects that you can go for is Aerospace engineering, and aerospace materials, new materials research and material engineering research .
this website can give u a good idea about nice subjects in mechanical engineering, I am from continuing my master degree in Leicester university...
check this CFD simulation it is cool :p I found it online , sorry if this is out of topic, but I like the abstract of this document , it could be a nice thesis
http://www.engineershouse.com/shop/product.php?id_product=26
the keyword for such type of flow is : flow through porous media, you will be able to find a lot of papers talking about this topic and you can find what you are looking for in ASHRAE I bet.
for more information in fluid mechanics visit:http://www.engineershouse.com/shop/category.php?id_category=5
mathematically speaking in order to study such a simulation you need a CFD simulation using LES model for better expectations or you can make the design theoretically without getting into details using Bernoulli's equation and Darcy Weisbach equations, for more information on ventilation design...
Solidworks is the best software that enables you to interact with your 3D mechanical drawing or design, it gives you the opportunity to study some material engineering aspects as buckling, stresses using some finite elements capabilities and at the same time you can have some CFD simulations as...
Hello, if you need something really useful in fluid mechanical engineering and thermal engineering, you can check my website, it contain a small library of different subjects only in mechanical engineering:
http://www.firavia.com/mecheng.html
http://www.firavia.com/heat.html
bro I think the formula is applicable indeed, anyway if you want help in such fluid dynamics or static problem visit this webpage it explains it all : http://wwwfiravia.com/mecheng.html
if we toss 4 coins and we want to know the probability of having 3 heads we can easily calculate that using pascal triangle .
I want to know if we have an Urn that contain 3 balls : 1 black , 1 red, 1 yellow.
and we want to draw 3 balls , but when we draw the first ball we put it back in the...
you can increase the Mass flor rate of the system with the same pump used in the following scenarios:
-1-remove a partition of your pipe , the friction loss will decrease and the flow rate will increase
-2-in a building let all your neighbour close their faucets and open yours you will...
One of the best ways to calculate complicated pipe networks is to use Newton-Raphson method >> http://www.firavia.com/Newton.html
this will help you hopefully .
Dear Trigger32 the best way to learn is to teach yourself through Easy-learning documents and it is for your best if you print the documents and not read them online, I will give you this link that will help you in fluid mechanics and solving your problem.
http://www.firavia.com/mecheng.html