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derive the relation for a fin insulated at the tip and the heat
derive the mathematical expression for temperature distribution for plane wall with internal heat generation when both the surfaces are at same
a copper bar 80 mm by 60 mm in cross-section k 370 wm ordmc is lying in a insulated trough so that the heat transfer from one face both the edges is
derive the mathematical 3-d heat conduction equation in spherical coordinatesa furnace is made up of three layers of thicknesses 250 mm 150 mm nad
briefly explaini importance of thermal diffusivityii describe the laws governing heat transferiii differentiate between heat transfer and
derive the mathematical expression for steady state error of first order system with unit ramp signal discuss the following- proportional cum
briefly explain transient response for various input signals- unit step input- unit parabolic function- unit ramp function- impulse
illustrate various kinds of control systemsillustrate several block diagram reduction rules with examplesdetermine cr by using block diagram
i illustrate forward path and self loopii describe transfer functioniii which feedback is preferred and whyiv write the properties of signal flow
illustrate with required expression for dynamically equivalent systemillustrate in detail about the balancing of radial
illustrate with required expression for hammer blow variation of tractive force and swaying
the turbine rotor of ship of mass 6000kg has a r of gyration 50cm it moves at speed of 1820rpm clockwise when looking from the rear evaluate the
a illustrate with neat and clean diagram the measurement of brake power by prony brake dynamiter or belt transmission type dynamiterb a torsion
a derive a mathematical expression for stability of an automobile while accelarating in a curved pathb a motorcycle and its rider together have a
an inside cylinder locomotive has its cylinder centre lines 070m apart and has a stroke of 060mrotating mass per cylinder 150kgdistance between
the four masses m1 m2 m3 and m4 having their radii of rotation as 200mm 250mm 150mm 250mm and 300mm are 200kg 300kg240kg and 260kg in magnitude
a single cylinder vertical engine has a stroke of 40cm and a bore of 30cm the connecting rod is 100cm long the mass of the reciprocating parts is
illustrate working and construction of hydraulic dynamometer determine power
determine the brake power of an engine which is running at a fixed speed of 300 rpm and carries a rope brake dynamometer the dead weight on the
explain construction and working of rope brake dynamometer determine power also
can you differentiate between dynamometer and brakesabsorption dynamometer and transmission
in a double acting vertical steam engine running at speed of 360 rpm cylinder diameter is 25 cm stroke is 30 cm diameter of piston rod is about 375
a motor cycle with rider weight of 250 kg the centre of gravity of the machine and rider combined being 60 cm above from ground level when the
the turbine rotor of a ship having a mass of 200kg moves at 200 rpm and its radius of gyration is 030 m if the rotation of the rotor is clockwise
an inside cylinder locomotive has its cylinder centre lines 070 m apart and has a stroke of 060 m the rotating mass per cylinder is similar to 150 kg