Consider the element and the coordinate systems x and y in centimeters shown in figure below. [(0,0), J(15,0), M(15,10), N(0,10) cm for coordinates. Uix=Uiy = 0, Ujx= Ujy= Umx=Umy=.3 cm Unx=Uny=0 cm U.1 cm tuny Uri I Is q Ufr Umy Umx • a) Derive the finite element shape (interpolation) functions at x=y=5 corn. b) […]
Tag Archives: Lagrangian
Find the relationship for how the temperature distribution changes with time with respect the un-deformed rod and the deforming rod.
Lets say you were interest in looking at temperature distribution as a rod deforms. You have found the point map for the rod: x = (1 + t)X As well as the distribution of temperature in the Lagrangian description. T = Xt^2 Find the relationship for how the temperature distribution changes with time with respect […]
