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ADVANCED MOMENTS OF AREA TYPES AND DEFINITION OF BEAMS Unsymmetrical Sections Principal Axis Maximum and Minimum Second Mom of Area

TUTORIAL 1- STRESSES IN BEAMS TYPES AND DEFINITION OF BEAMS BENDING MOMENT AND SHEAR FORCE THE BENDING FORMULA CALCULATION OF BENDING STRESS COMBINED BENDING AND DIRECT STRESS POSITION OF THE NEUTRAL AXIS. SOLUTIONS TO S.A.E.

TUTORIAL 2 - BENDING MOMENT AND SHEAR FORCE TYPES AND DEFINITION OF BEAM SHEAR FORCE AND SHEAR FORCE DIAGRAMS BENDING MOMENTS AND BENDING MOMENTS DIAGRAMS POINT OF MAXIMUM BENDING MOMENT MAXIMUM BENDING STRESS SOLUTIONS TO S.A.E.

TUTORIAL 3- THE SLOPE AND DEFLECTION OF BEAMS THEORY FOR SOLUTIONS CANTILEVER WITH A POINT LOAD CANTILEVER WITH A UNIFORM OAD SIMPLY SUPPORTED WITH A POINT LOAD SIMPLY SUPPORTED WITH A UNIFORM LOAD PRINCIPLE OF SUPERPOSITION FOR COMBINATION OF LOADS MACAULAY'S METHOD FOR COMBINATION OF LOADS ENCASTR' BEAMS SOLUTIONS TO S.A.E.

TUTORIAL 4- SHEAR STRESS IN BEAMS RELATIONSHIP BETWEEN BENDING AND SHEAR COMPLEMENTARY SHEAR STRESS SHEAR FLOW SHEAR DISTRIBTION SHEAR FLOW IN WEBS AND FLANGES SHEAR CENTRE DEFINITION AND DETERMINATION SOLUTIONS TO S.A.E.

TUTORIAL 5- MOMENT DISTRIBUTION METHOD HARDY CROSS MOMENT DISTRIBUTION AT A JOINT ROTATIONAL STIFFNESS OF JOINT CARRY OVER FACTOR EXAMPLES AND PROBLEMS

Tutorial 5 is a stand alone tutorial on the moment distribution method for solving the bending moment in indeterminate beams using the Hardy Cross method of moment distribution.