It refers to the extent that you are using a machine efficiently and it can be found by the formula as follows
U=(t*AP)/h
where U=machine utilization
t=machining time for one component
AP=actual production per shift
h=number of hours per shift
note: keep both t and h in same units,say seconds.
Over utilization means that the processing plant cannot cope with it workload and is over worked as p >1. The system will be unstable as the utilization factor [p] should be less than 1 strickly between 0.75 and 0.9 for the machine to be stable. If a machine is over utilized , the maintenance cost will be greater and the wear and tear will be exponentially increased thus more down time causing a slow in production
Manpower utilization is a business concept that describes how effectively a business uses its manpower or employees. Businesses commonly use the concept of manpower utilization to evaluate output in relation to labor costs. Additionally, businesses use this concept to find new ways to more effectively harness the output of labor.
Acquisition, Development, Maintenance, Utilization
Not using the available resources in such ways.
• CPU utilization and response time: CPU utilization is increased if the overheads associated with context switching is minimized. The context switching overheads could be lowered by performing context switches infrequently. This could however result in increasing the response time for processes. • Average turnaround time and maximum waiting time: Average turnaround time is minimized by executing the shortest tasks first. Such a scheduling policy could however starve long-running tasks and thereby increase their waiting time. • I/O device utilization and CPU utilization: CPU utilization is maximized by running long-running CPU-bound tasks without performing context switches. I/O device utilization is maximized by scheduling I/O-bound jobs as soon as they become ready to run, thereby incurring the overheads of context switches.
Optimum Utilization of Machine means to use a Machine in such a way that we produce at the maximum capacity after spending its minimum maintenance and other variable cost. In Short, Higher Productivity in low Cost.
normal working time divided by total working time.
It is also known as operating rate. Formula is actual input minus potential output over potential output, multiplied by 100 utilization rate.
Over utilization means that the processing plant cannot cope with it workload and is over worked as p >1. The system will be unstable as the utilization factor [p] should be less than 1 strickly between 0.75 and 0.9 for the machine to be stable. If a machine is over utilized , the maintenance cost will be greater and the wear and tear will be exponentially increased thus more down time causing a slow in production
Over utilization means that the processing plant cannot cope with it workload and is over worked as p >1. The system will be unstable as the utilization factor [p] should be less than 1 strickly between 0.75 and 0.9 for the machine to be stable. If a machine is over utilized , the maintenance cost will be greater and the wear and tear will be exponentially increased thus more down time causing a slow in production
lathe machine hour
An airplane is not a simple machine. A lever is a simple machine. A wheel is a simple machine. Any machine that can be described by a mathematical formula is a simple machine.
Depends on the type of the machine. For each one of them there is a formula that will lead to the capacity of a particular machine.
utilization of teaching aids?
Distance X speed
No.
Machine Efficiency= Work done by a machine on a load divided by work done on a machine by an effort force. multiply that by 100%. Work(J)=force(N)multiplied by Distance(m). ---- The answer above is correct but not much use for a practical situation such as a motor driving a pump or a compressor being driven by a turbine. The number of calculations in this subject is vast. A good place to start your search is at VibroNurse (www.vibronurse.com) where there is a sizable section of free materials which you can use to calculate efficiencies for various types of machinery.