Draw the space diagram for a ten meter long beam simply supported at each end. At 4 meters from the left hand end is a load of 25kn and three meters from the other end. Also draw the shear force and the bending moment diagrams, showing the necessary calculations.
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Answer Posted / Harish Kumar Malik
This question requires a graphical representation, which cannot be easily provided in JSON format. However, I can provide you with the steps to create the required diagrams:
1. Draw the space diagram of the beam by marking its length (10m) and placing loads at their respective positions (25kN at 4m from left end and zero load everywhere else).
2. To find shear force (V), calculate the change in load within an infinitesimal section of the beam, integrating the changes over the length of the beam to obtain the total shear force. The shear force diagram will have a positive value at the left end (due to the 25kN load) and a negative value at the right end (as the load decreases towards zero).
3. To find bending moment (M), calculate the product of the shear force and the distance from the section in question to the left end of the beam, integrating the changes over the length of the beam to obtain the total bending moment. The bending moment diagram will be maximum at the point of application of the 25kN load (4m) and zero at both ends.
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A steel column 3 m hight is of hollow square section, 200 mm outside dimension and 20 mm wall thickness. (young's modules E=210*10^9) calculate A: the compressive load which will give a stress of 60 MN/m^2 in column. B: the compression o the column under the load in (A).
Draw the space diagram for a ten meter long beam simply supported at each end?
