Draw a shear force diagram Bending movement Diagram
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- A part is loaded with a combination of bending, axial, and torsion such that the following stresses are created at a particular location:Bending: Completely reversed, with a maximum stress of 60 MPaAxial: Constant stress of 20 MPaTorsion: Repeated load, varying from 0 MPa to 70 MPaAssume the varying stresses are in phase with each other. The part contains a notch such that Kf,bending = 1.4, Kf,axial = 1.1, and Kf,torsion = 2.0. The material properties are Sy = 300 MPa and Su = 400 MPa. The completely adjusted endurance limit is found to be Se = 160 MPa. Find the factor of safety for fatigue based on infinite life, using the Goodman criteria. If the life is not infinite, estimate the number of cycles, using the Walker criterion to find the equivalent completely reversed stress. Be sure to check for yielding.QS-4: Under the effect of simple bending, what will be the bending moment M value in case of the material stress reaches to oy = 250 MPa.? M' M 0.8 m 1.6 mPlease draw a FBD and any shear or torsion calculations if applicable.
- Figure below shows the state of stress at a critical point on a component of a lawn mower, where Ox = 10 MPa (compressive) Oy=25 MPa (tensile) =90 MPa (clockwise) %3D Material properties are Txy= 0z=20 MPa (compressive) Syt = 300 MPa ; Syc= 600 MPa; Ssy=200 MPa; EF=0.15 %3D %3D Tay Calculate factor of safety using appropriate failure theory?Discuss the concept of shear force and bending moment diagram and its applications Discuss in details the concept of Torsional shear stress and its applicationsHi, I have been given this pin-jointed frame analysis to solve (see pictures of the structure attached). Can you help me answer all the questions below? Especially the one about the bending moment and shear force. The Figure 2 attached is a simplified structure to undertake a structural analysis on a concept design for a low cost stroller/buggy for children. The buggy consists of a number of metal sections that are pin-jointed together. The buggy is designed to accommodate a child of mass no more than 20 kg, sat on the seat which is supported at four points (Fc) on the frame of the buggy. Assume that the weight of the child is equally distributed across all of the points indicated on Figure 2 as Fc. Assume that there are no additional forces applied to the handle of the buggy, that the buggy is static (stationary) and that the buggy, and the elements of the frame have no mass. At points A and G, there are roll supports. At Points B, F and D there are the pin supports. I am required…
- Question 1 (Type B) The following diagram will be referenced for all parts of this question: F₂ = 42 N -5 y 45° 4 F₁ = 30 N F₂ = 53 N a) Find the resultant force vector from adding F₁ and F3, using the parallelogram method of adding vectors. Provide Given, Find, Assume, Problem Type/Features, Force Diagrams, Calculations, and Conclusions as per the GE 123 Solution Requirements and Style Guide Winter 2024. Provide the magnitude and angle of the resultant force vector in your Conclusions. b) Find the resultant force vector from adding F₁, F2 and F3, using the triangle/trig method of adding vectors. Provide Given, Find, Assume, Force Diagrams, Calculations, and Conclusions as per the Solution Guide. Express the resultant force vector as a vector in your Conclusions with magnitude and angle.A part is loaded with a combination of bending, axial, and torsion such that the following stresses are created at a particular location: Bending - Completely reversed, with a maximum stress of 60 MPa Axial - Constant stress of 20 MPa Torsion - Repeated load, varying from 0 MPa to 50 MPa Assume the varying stresses are in phase with each other. The part contains a notch such that Kibending = 1.4, Kaxial = 1.1, and K. = 2.0. The material properties are Sy = 300 MPa and S, = 400 MPa. The completely adjusted endurance limit is found to be Se= 200 MPa. Find the factor of safety for fatigue based on infinite life. If the life is not infinite, estimate the number of cycles. Be sure to check for yielding. f,torsionI am supposed to draw a shear force diagram and bending moment diagram for this frame. I found the exact same question and solution but it is the imperial version, not the SI version that I have so the numbers are different. Please draw the diagrams for this problem. I have done the question but I don't know if my answers are right after using the virtual work and force methods. Set Ax & Ay as redundants: Ex = 100kN ; Ey = 260kN ; ME = 445 kNm deltaAx = -1950/EI deltaAy = -2375/2EI fAx,Ax = 252/EI fAy,Ay = 125/3EI fAx,Ay = -75/EI Compatibility Equation: deltaAx + (fAx,Ax)(Ax) + (fAx,Ay)(Ay) = 0 deltaAy + (fAx,Ay)(Ax) + (fAy,Ay)(Ay) = 0 Ax = 34.94kN Ay = 91.38kN New reaction values: Ex = 65.06kN ; Ey = 168.62kN ; ME = 197.74kNm
- The shear force and bending moment are maximum at the support end in a cantilever beam. Select one: O True O False The tyre of a parked car in a parking lot experiences Select one: O Rolling Friction O Sliding Friction O Static Friction O Both static and dynamic friction The Tripod is an example of space frame Select one: O True O FalseIf F = 9 kN , determine the normal force, shear force, and moment at point C. (Figure 1) Part A Determine the normal force. Express your answer with the appropriate units. HA Nc = Value Units Submit Request Answer Part B Determine the shear force. Express your answer with the appropriate units. HA ? Vc = Value Units Submit Request Answer Part C Determine the moment. Express your answer with the appropriate units. Figure <) 1 of 1 Ti HẢ Me = Value Units 30 kN · m Request Answer Submit A B. +1.5 m - 1.5 m 1.5 m 1.5 m - Provide FeedbackDefine the term stress trajectory?