For the beam shown in the figure, find numerically the deflection at mid-span by using a central finite difference method of O(h)? to solve the differential d*y equation EI = w . (Take the step size...

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For the beam shown in the figure, find numerically the deflection at mid-span<br>by using a central finite difference method of O(h)? to solve the differential<br>d*y<br>equation EI<br>= w . (Take the step size h= L/4)<br>dx<br>100 kN/m<br>L=4 m<br>El=1000 kN.m<br>

Extracted text: For the beam shown in the figure, find numerically the deflection at mid-span by using a central finite difference method of O(h)? to solve the differential d*y equation EI = w . (Take the step size h= L/4) dx 100 kN/m L=4 m El=1000 kN.m

Jun 04, 2022

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For the beam shown in the figure, find numerically the deflection at mid-span by using a central finite difference method of O(h)? to solve the differential d*y equation EI = w . (Take the step size...

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