fini/clear/prep7/TITLE,cantilever beamN,1,0,0,0N,2,50,0,0N,3,200,0,0c*** define element typeet,1,beam3c*** define material prop.mp,ex,1,30e6!!!psi steelmp,nuxy,1,0.3mp,ex,2,10e6!!!psi aluminummp,nuxy,2,0.34c*** create parametersht=6!!inchbr=4!!inchar=ht*brMI1=br*ht**3/12ht1=3!!inchbr1=2!!inchar1=ht1*br1MI2=br1*ht1**3/12c*** create real constantsR,1,ar,MI1,htR,2,ar1,MI2,ht1c***REAL,1mat,1type,1c*** define elementse,1,2c***REAL,2mat,2type,1c*** define elementse,2,3c***constraintsd,1,all,0c*** forcef,3,fy,-100/solusolveInput for cantilever composit

Use mplist to list all material properties

Use rlist to list real constant sets

Plot elements with material numbers on,Plt_ctrl,

Use Plt_Ctrl ,numbering to plot elements with real constants

Observe type,mat ,real values in element list

Use *status to list the values of parameters created.

Use /eshap,1 to see the line type elements in 3D with relative dimensions. Use isometric control to plot.

SOLVE the problem and see the results as per the previous Problem.Remember following commands:/eshap,1: visual 3d effect to line type elements.*statusElement Plots with Real constant, material and element type numbers.