note:please look at the attached file and follow the written steps and the procedures the students...

Question

note:please look at the attached file and follow the written steps and the procedures the students numbers are32608423264176please make sure you use the last two digits for the forces needed 
	
Document Preview: 1: The cantilevered beam is subjected to the load at its end shown in figure       below.      Determine: Principal stresses and the angle of plane in the beam at  XXXXXXXXXXpoint A & B by analytical method.     Principal stresses and the angle of plane in the beam at                                             point A & B by graphical method.(Construct Mohr’s Circle) 2. The shaft is supported at A by a journal bearing that exerts only vertical reaction     on the Shaft and at B by a thrust bearing that exerts both horizontal and vertical     reactions on the shaft, draw the bending moment diagram for the shaft and then           from this diagram sketch the deflection or elastic curve for the shaft’s centre line.     Determine: The deflection at x1 = x2 = 100mm and assume E= 200 GPa and       XXXXXXXXXXdiameter of the shaft is 20 mm, as shown in the figure below.3. The steel bar AB has rectangular cross section. If it is pin connected at its ends,    Determine: The maximum allowable intensity ‘w’ of the distributed load that can be     XXXXXXXXXXapplied to BC without causing the bar AB to buckle. Use factor of     XXXXXXXXXXsafety with respect to buckling F.S.= 1.5, Est =200 GPa,     XXXXXXXXXXsy= 360 MPa.

Robert · Accepted Answer

Assignment 2 –Mechanics of Solids
Assignment 2 –Mechanics of Solids 
 
 1: The cantilevered beam is subjected to the load at its end shown in figure  
      below.  Determine: Principal stresses and the angle of plane in the beam at            
point A & B by analytical method. Principal stresses and the angle of plane in the 
beam at point A & B by graphical method.(Construct Mohr’s Circle)
Cantilever beam loaded by P= 5 kN at an angle 45 o  
B= 120 mm and h=150 mm  
For steel E= 200 GPa , v=1/3 
Axial force is F= P Sin α 
Shear force is V= P Cos α 
At the neutral axis bending moment produces zero stresses. 
Stress = Axial Load/(Area ) 
                             3.537 kN / .12 X .15 = 196.5 kN/ m2 
once the load acting in all the directions for any cantilever beam are known then the following 
relations can be useful:
Assignment 2 –Mechanics of Solids 

2.

note: please look at the attached file and follow the written steps and the procedures the students numbers are 3260842 3264176 please make sure you use the last two digits for the forces needed...

Solution

Answer To This Question Is Available To Download

Related Questions & Answers

Submit New Assignment