Static and Dynamic load
What are Static and Dynamic load and what are their significant dynamic effects?
Expert
Static load is the load in which force direction will remain constant with the time. Normally static load is the effect of gravity on an object or structure. Yielding is the main cause for the failure in the case of static loading. The example of static loading is weight of bridge.
Dynamic load is the force or load that changes its direction with the time. There are many examples like force of wind on a shining board, load on the rotating unbalance rotor or load of vehicle on the bridge. First and third case is not the periodic loading while second case is the example of periodic dynamic loading.
These are loads that display significant dynamic effects. Examples include impact loads, waves, wind gusts and strong earthquakes. Because of the complexity of analysis, dynamic loads are normally treated using statically equivalent loads for routine design of static structure. This is the graphical representatio:
The main cause of disk of turbine gas engine is dynamic loading only. Brittle material shows poor strength against dynamic load. Army never march on the bridge. This is also because of dynamic loading. Failure mechanism is crack propagation. Crack initiates and grow with the dynamic load.
Specify how the Bearing number ti Diameter of the inner and outer can be calculated?
Explain and derive the Dynamic model for the paper machine headbox?
Explain difference between the Anti-Friction Bearing and the Journal Bearing?
Explain difference between the P11 and P12 Pipes?
A horizontal pipe of dimension 540 mm diameter carrying 0.6 m3/s splits into two horizontal pipes of 300 mm diameter with 60% of the flow and another of 150 mm diameter with 40% of the flow. Find out the magnitude and direction of the force
Pneumatic system is a system which employs air to power something. For illustration, have you seen the tube systems at the bank drive-up tellers? Air is employed to push the tubes back and forth from the teller to customer. Q : Cavitation elimination by Pump How How Cavitation is eliminated by the Pump?
How Cavitation is eliminated by the Pump?
How we can prevent the excess discharge pressure?
Explain the reason behind formation of the Cavitation in the Centrifugal Pump and not in the Displacement Pump?
Explain what is meant by the Cotter joint?
18,76,764
1953367 Asked
3,689
Active Tutors
1417118
Questions Answered
Start Excelling in your courses, Ask an Expert and get answers for your homework and assignments!!