solve with explanasion please 4. Calculate the axial stress in the x direction at each corner...
solve with explanasion please 5. The composite beam shown below is made of copper and aluminum. Calculate the maximum normal stress in the copperand in the aluminum due to bending from the applied loads. (15 pts) Ecopper = 117,000,000 kPa Ealuminum = 69,000,000 kPa 30 kN 50 KN 40 KN III Aluminum А E Copper 9 mm 3 mm 24 mm -4 @ 0.675 m = 2.7 m
c) Find the normal stress at corner AOA) in psi from the applied bending moment of 50 lb ft. in 50 lb-ft 6 in. -
solve with explanasion please 2. The 20 mm diameter stainless steel shaft shown is fixed at A and B. Calculate the maximum shear stress in the shaft. (15 pts) 200 Nm 1 m 500 N·m 1.5 m
A beam with a square cross-section is in a combined state of loading. There is an axial force N 350 kN acting in the x-direction, a torque T 50 kNm acting about the x-axis, and a bending moment M 40 kNm acting about the z-axis as shown. The side length of the beam is a 15.0 cm. B T a (a) Find the nomal stress due to N and M at points A and B. [10 marks] (b) Find the...
please help quick (15 pts.) A bending moment M is applied to the beam section shown in Figure 1. If the highest compressive stress due to the loading is 60MPa, determine a) the moment M applied to the section and, b) the orientation of the neutral axis. 20° B 50 mm 5 mm 5 וחוון M D E 5 mm 50 mm 18,57 mm 1 = 281 x 10 mm 1. - 176,9 x 103 mm Figure 1 "LEGAL AND...
An element is given with the axial stress on the x-face as a tensive stress of 20 kPa, the axial stress on the y-face as a compressive stress of 40 kPa, and a shear stress on the x-y face of a negative 30 kPa. 1. What is the value of σP1 in kPa? 2. What is the value of σP2 in kPa? 3. What is the value of σAvg in kPa? 4. What is the maximum τ on the element?...
Problems 1.-5. Draw complete shear and moment diagrams resulting from the loads indicated for the beams shown. Show ordinates at key points and indicate the magnitude of shear and moment at these points. Calculate the maximum bending stress due to the applied loads. Beam sections are 1) L6x6x1, 2) C10x30, 3) W21x73, 4) W18x50 bent about its weak axis, 5) 8 in. extra strong pipe. Ignore the beam weight. 400 lb/ft 15 kips 15 kips (2) 13'-0" 5'-0" 6'-0" |...
8. Refer to the axial loading problem 3 above. In that problem you were asked to calculate normal and shear stress components on a given plane (45° CCW as shown in that figure). Considering it as 2D plane stress problem draw a Mohr's circle and determine the normal and shear stress components on the given plane from the Mohr's circle this time. Calculate the quantities considering the geometry (which means you don't need to draw the Mohr's circle in scale...
solve part B please 2 0 + Oxy Os z CR la(b) A thin plate of a material is used in such a way that it experiences the following stress state (all values in MPa): orc cte (320 160 TranTyy R 0 = 160-1000 0 0 noen 2 Identify the principal stresses and ºn, and determine their orientation with respect to the direction of the applied tensile force. [6 marks) 5xx-Jyy C2
4. A solid circular pipe (diameter of 2 in., length of 12 ft along the x axis) is loaded with a 3800 lb-ft bending moment on both ends along the z-axis. Determine the maximum values of σX, σY, σZ, τXY, τYZ, and τXZ in the pipe. Where on the pipe does the maximum normal stress occur?