When flow of water on turbine is tangential, flow is tangential flow
it allows flow only on one side... the return path (opposite flow ) not possible..
Normal flow is 100% of the flow you actually expect. Rated flow is the maximum safety factor times the normal flow. i.e. for a maximum safety factor of 1.2 Normal flow = 100 gpm Rated flow = 1.2*100 gpm = 120 gpm Safety factors are applied to ensure a piece of equipment has some flexibility of operating conditions in its application. The minimum flow is the minimum safety factor time the normal flow i.e. i.e. for a maximum safety factor of 0.5 Normal flow = 100 gpm Rated flow = 0.5*100 gpm = 50 gpm If sized properly a pump specified in this way could operate at any point between 50 and 120gpm with no problems.
Quasi- steady flow is one type of transient flow. In the characterized by the absence of inertial or elastic effects on the flow behavior. In such a flow the variation of discharges and pressures with time is gradual and over short time intervals the flow appears to be steady. Typical examples are the drawdown of a reservoir or the variation in demand in water distribution system over a 24- hour period.
Supersonic flow is produced in a de laval nozzle by constricting the flow in the center in order to increase the velocity. The shape will be hour-glass in nature. The initial mass flow rate and inlet pressure must be sufficient to produce a supersonic choked flow and the discharge pressure must be sufficiently low enough for supersonic flow to occur.
Data flow is always bidirectional my friend, don't confuse.
It is a bidirectional power flow converter
An air flow regulator is commonly known as a throttle valve and is an integral part of the throttle body.
Yes, the ECM does have a regulator that can be used to control the return and flow system.
A converter where the power flow is in both the directions...e.g. If you parallel buck converter and boost converter you can achieve bi-directional power flow...
To use an oxygen regulator, first ensure it is securely attached to the oxygen tank valve. Set the prescribed flow rate on the regulator dial. Then, open the oxygen tank valve slowly and listen for the flow of oxygen. Attach the oxygen delivery device to the regulator and adjust the flow rate as needed for the patient.
Transformers are inherently bidirectional.
The arc is the line that connects two nodes in a network. There are two kinds of arcs; unidirectional and bidirectional. Unidirectional means the flow is in one direction (if you are studying for example the water supply system in a city). Bidirectional means the flow is in both directions. Network models are very helpful to simplify real problems.
I guess it means that in your system, you can make the input output and vice versa. Example, if you have power conditioning unit (PCU) that either operates as rectifier or inverter. That means your PCU has bidirectional power flow. you can then operate it on the mode you need; rectification or inversiion mode. I hope that was helpfull Naeem, Mohammad
The function of a regulator in rubber tubing is to control the flow rate of gas or liquid passing through the tubing. It helps maintain a consistent pressure and flow rate for whatever substance is being transported through the tubing. This is important for applications where precise control of flow is necessary.
A gas regulator helps to maintain a steady flow of gas. A propane tank is an example of an item with a gas regulator. One opens up the tank to allow the right amount of gas to flow to the BBQ.
Relays are bidirectional devices.