Recent content by alexisonsmith

I thought was aluminium I thought Steel's did have a fatigue limit?

It is a mild steel with the following characteristics: 0.2% - C 0.35% - Si 0.9% - Mn 0.05% - P 0.05% - S

Cold Drawn Seamless Steel - CFS BKRLS BS6323 Part 4 CFS 3-Bk I tried to find the S-N Curve by I can't find it at all!

Hey, So I am currently trying to workout the fatigue characteristics of my Formula Student Space frame design, I am using Cold Drawn Seamless mild steel. I have the following mechanical properties: Re - 360 MPa Rm - 450 MPa I think these are the effective stress intensity range and...

Hello, What is the general differences betwen the ASTM E399-09 method and the BS 7448 method? Thanks, Alexisonsmith

Hey, Does anyone know the unique features of mixed refrigerants and why they mix refrigerants instead of using just pure refrigerants? Thanks, Alexisonsmith

Hey, I am trying to determine the importantance and difference of fouling in sizing the evaporator and condenser in a Refrigeration cycle? Thanks, Alexisonsmith

Yes it is Q.2 on the sheet which I have attached.

Homework Statement A thin beam of length L (flexural Stufness EI, cross-sectional area A, density p) is connected to a linear spring of stiffness K_s at each end. Derive the governing equation for the natural frequencies of transverse vibrations from the beam equation and boundary conditions...

Homework Statement A cord of length L density p and cross-sectional area S is under tension T with the left end fixed and the right end attached to a spring-mass sstem. Show that the equation for the natural frequencies is given by: tan(wL/c) = -(T/kL)((wL/c)/(1-(w/w_n)^2)) Homework...

Deleting a thread!? Is it possible to completely remove a thread?

Brilliant I will work on that, in the mean time I am also woking on another paper I have got very far however I cannot seem to calculate the reduced ideal density, I understand the formula however I do not understant where the range of densities come from? Here is the link to the paper...

I am currently trying to explain in an assigment different papers on refrigerants, one of the ways in which this is being done is by reproducing the results which were obtained in the paper, I am currently trying to explain the results which were found by calculating one set of results for each...

So T is the state point in question which in this case is 30? But then what would be the state point in question for P?

By using the PR equations I am assuming the following 2 equations: Tr=T/Tc Pr=P/Pc Am I assuming that T= the evaportaing temperature or the condensing temperature?