Recent content by hamshie.k

Actually the system is like this. a tank is placed inside another tank. consider outer tank as A and inner as B. the heating coil is placed inside tank B, for the purpose of heat distribution in the liquid inside tank A. tank A has inlets and outlet. but tank B water level is stationary no...

yes i ahving a similar problem. i need to findout transfer function for a tank with water and heater inside. set poit temp should be 45c. HOW TO RELATE with these resistance in heating elements.

i need a help to obtain transfer function for a tank, where a heater is placed. the liquid temperature should be maintained at 45C . no inlet or out let. how to obtain the transfer function?? for analysisng about the controller?

Please anyone help me . how i should start calculations for these kind of problems. 1. gravity flow from tank one to tank 2(i am planning to analyse for the tank placed below the level of tank 1 and also for the same level tanks) 2. pump calculations from tank 2 to tank 1 I don't know...

No external force applied

same as the flow rate of the pump. i need that condition

A pump is placed in the top level surface of the tank 2. at a suction end . delivered to tank 1

tank 1 is placed above the level of tank 2. the water flows into tank 2 by the gravitational force from tank 1. But from thank 2 a pump is fixed to suck the water and again pump it into the tank 1. the question is whether the tank 2 will have the same flow rate of the pump, at the top...

two tanks were placed. tank one at a higher level and other(tank 2) at lower level. But in tank 2 a pump of flow rate Q ml/min is affixed.what is the flow rate in tank 2. Same as Q /min?