Yes, it can improve the bearing capacity but the extent has to be seen with other conditions like soil, mode of filling, treatment given. In fact this was done in delhi to counter site conditions.
The safe bearing capacity of soil varies from soil to soil for example it is assumed 10 for ordinary soil, 15 for black cotton soil & much higher for rocky foundation, however it is advised to get tested the SBC before taking up any project for realistic value.
Er. SL Suthar
It is the power of the soil to bear the load coming on to it is known as bearing capacity
maximum load the soil can withstand,is the load bearing capacity of the soil.
soil bearing capacity is the amount of load that a soil can take without undergoing failure
it is the capacity of a soil to support loads applied to ground
North to East. So Southeast would be Bearing 135.
putting a journal bearing at each end of the turbine rotor or shaft would be to support it.
yes, but it will slide over the years so I would not
In a way it seems like a contradictory idea. How can a machine be producing 'over capacity' if capacity is the limit of its ability?When elevators are designed, engineered and built, all the technical data connected with the materials used, their ability to carry loads, and changes that occur to materials during use (related to heating up, for example) all go into a careful estimate of what the elevator can safely carry, and probably also an estimate of the absolute maximum load, which if exceeded, would cause failure. But these are theoretical, or mathematical estimates of the elevator's ability. Given any number of factors, a specific elevator may be able to carry a load larger than the calculated limit for some length of time. But weights just a little over normal safety capacity would cause more rapid wear of the system, and would probably not cause catastrohpic failure.
The type of bearing that would be fitted to a fractional kW electric motor will depend on the model and maker of the motor. Deep grove ball bearings are the most common bearings used.
Nominal capacity is the rate at which the parties involved would like for the plant to operate. Design capacity is the rate at which the designers have engineered the plan to operate.
Because large buildings weigh a lot. Subsoil has varying degrees of 'bearing capacity' - the amount of weight it can carry. If you put a lot of weight on a subsoil of low bearing capacity it will compact, or be pushed aside. If the subsoil on the site of a large building has insufficient bearing capacity to carry the loads imposed on it by the building then the foundations would have to be taken to bedrock as this has 'unlimited' bearing capacity.
I would like to know how to improve the towing capacity of my 2004 Chevy Silverado Z71. It has a 5.3 liter engine
The best locations for installing engineered flooring would be outdoors or in a garage. It is a fantastic flooring option.
prevent disease, improve the quality of one's life and maximize physiological capacity.
it improve foreign capital in country,offer huge investment capacity there by increase the employment and living conditions
A reinforced wide strip concrete foundation is used if the soil is soft or is of a low bearing capacity. This would not work for heavy or clumpy soil.
Volkswagon
a bearing is the direction one object is from another object.A bearing can be taken to a fixed or moving object, so a fixed bearing would be the direction towards a fixed object.
North to East. So Southeast would be Bearing 135.
Engineered wood flooring is available in a wide variety of qualities as is carpeting. Depending on the quality of each as well as the amount of use they would withstand the answer would depend on your personal situation.
I would improve the public transportation system