The ASME section viii division 1 provides two equations for calculating the thickness of the cylindrical shell for the thin walled pressure vessel. But before going to the ASME section…
To prove this we have to compare the shaft bending stress developed for the same applied bending moment to the hollow shaft and solid shaft. We will use the beam…
From Nano to Benz you will find central locking system (some times called power door lock) in almost every car. You may be wondering what is a central locking, how…
Refer the Part-1 of this thin wall pressure vessel design calculation example tutorial series to understand the problem statement. I will use the basic geometry formulas here rather than ASME…
Theoretically the Poisson ratio should be in between -1 and 0.5 because of the following requirement : the modulus of elasticity (E ), modulus of rigidity (G), and bulk modulus…
The result of the applied force and the actual cross area at the moment of applying force tn that area is called true stress. Where as, the applied force divided…
Here I will discuss a thin wall pressure vessel design calculation example according to the ASME section Viii division 1 code. Thick Wall vs. Thin Walled Pressure Vessel If the…
If you have the pump characteristic curves from your pump supplier and already managed to plot the system resistance curve for the piping system you are designing then it is…
Refer the concept of the system resistance curve from my previous article for better understanding this article. You will find an important equation there: Total system resistance = Frictional resistance…
Like pump curve, this is another very important curve for the system designers. What is a System Resistance Curve? This is a graph plotted with flow rate along X axis…
