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Explain the Automation in Machining?
The word "automatic" is derived from Greek and it means "self-moving or "self thinking". The word "automation" has been used to refer to a type of manufacturing system in which the various manufacturing function such as material processing, material/part handling and inspection are carried out by self operating machine without human intervention. Automation is defined as any means of helping the workers perform their task more efficiency, by automation the operation are done uniformly and effectively which attain better accuracy and finish. Automation gives an opportunity to the worker to handle more than one machine in a given time. This raises the productivity. In automation the human participation is replaced by mechanical or electrical technologies. Basically, Automation is two forms:-
the velocity of a particle moving along x axis is defined by v=kx^3-4x^2+6x where v is in m/s,x in m and k is a constant .if k=2 compute the acceleration when x=2m
model building is the essence of operation research
Determine elongation because of self weight of conical bar: Sol.: Consider conical bar ABC of length L with the diameter d fixed rigidly at AB . Let attention be focuse
what is mimnimum data for modelling a unique carnot cycle
Q. Soil conditions for plant layout? Soil conditions affect the foundation requirements, drainage, type of substructure used and may limit the size and shape of the facility. T
Plant level - Safety Organization This level works at plant level and would directly report to general manager safety. There must be four plant safety managers as recognized
Determine the elongation of plate: Q: A steel bar AB which is having uniform thickness 2 cm, tapers from 1.5 cm to 7.5 cm uniformly in a length of 50 cm. From 1 st principle
(a) Calculate the unit step time response for a system with pulse transfer function (b) Calculate the pulse transfer function of a unity feedback discrete time system with
Distribution of shearing stresses on l--sections and miscellaneous sections
(a) Illustrate Torsionally Equivalent shaft. (b) Determine the natural frequencies and mode shapes for the system shown in figure I 1 = 10 Kg -m 2 I 2 = 40 Kg -m 2
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