Скачать или смотреть ONE DIMENSIONAL HEAT EQUATION WHEN ENDS ARE INSULATED | 1-D HEAT FLOW equation- ends are insulated

03:12 find the temperature in a thin metal rod of length L with both ends insulated(so that there is no passage of heat through the ends) and with initial temperature in the rod Sin(πx/l) .
33:54 Arod of 100cm length has its ends kept at 0 DEGREE and 100 degree CENTEGRATE untill steady state conditions prevail. the two ends are suddenly insulated and mentained so.find the temperature in the rod. show that the sum of the temperature at any two points eqidistant from the centre is always 100 degree centigrate.
47:45 find the temperature in a thin metal rod of length π with both ends insulated(so that there is no passage of heat through the ends) and with initial temperature in the rod Cos2x .
51:37 Solve ∂u/∂t=c^2∂^2u/∂x^2 when (i) u is not equal to infinity when t tends to infinity (ii)
ONE DIMENSIONAL HEAT FLOW EQUATION when both ends are insulated
ONE DIMENSIONAL HEAT FLOW EQUATION when one end is insulated

1-D HEAT FLOW when both ends are insulated.
1-D HEAT FLOW when one end is insulated
SOLUTION OF ONE DIMENSIONAL HEAT EQUATIONS WHEN ends are insulated,
SOLUTION OF ONE DIMENSIONAL HEAT FLOW EQUATIONS WHEN BOTH ENDS ARE insulated,
SOLUTION OF ONE DIMENSIONAL HEAT FLOW EQUATIONS WHEN one end is insulated,
ONE DIMENSIONAL HEAT EQUATIONS FOR B.SC.,
APPLICATION OF LINEAR PARTIAL DIFFERENTIAL EQUATION,
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