A) Draw the Mohr Circle based on the conditions given.
B) Determine the Pole Point.
C) Location of the center of the circle
Homework Answers
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A) Draw the Mohr Circle based on the conditions given.
B) Determine the Pole Point.
C)...
The figure below shows the stress condition at a point. a) Draw a Mohr circle for...
The figure below shows the stress condition at a point. a) Draw a Mohr circle for the stress condition b) Locate the Pole c) Estimate magnitude of major and minor principal stresses and orientation of the principal planes graphically and algebraically, and compare the results. d) Estimate the maximum shear stress Show all your work and label all the points. ?,-1400 psf 00 psi ox- 600 psf Tyx 200 psf
Problem 2 (8pts) Sketch Mohr circle for the shown element. Use Mohr Circle to determine the...
Problem 2 (8pts) Sketch Mohr circle for the shown element. Use Mohr Circle to determine the normal stresses on and Ot and the shear stress Tnt at this point if they act on the rotated stress element shown. Verify your results (on, i, Tnt) using stress transformation eqns. 1,100 psi 1,750 psi 20° 2,900 psi Illustrate the following on Mohr circle: center of Mohr Circle, reference point A, principle stresses, max in-plane shear stress, orientation of principal stresses Opi and...
Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use...
Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the o axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on stress elements...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the oi axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the oi axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on...
Create stress mohr circle based on these values and determine principal stress and maximum shear stress....
Create stress mohr circle based on these values and determine
principal stress and maximum shear stress. Also describe the
loading condition that produced these data. Determine the strain is
present if stressx= 100MPa, stressy= -50MPa, stressxy= 30MPa.
Assume aluminum alloy
Hooke's Law The free-surface of a structure is in plane stress if gravity and other body forces are neglected. Because there are 3 unknowns (σ, oy, t»), 3 measurements are generally required in order to determine the stress or strain...
1. Refer to Figure 1. For the following element draw the Mohr's circle and: a. Locate the pole b....
1. Refer to Figure 1. For the following element draw the Mohr's circle and: a. Locate the pole b. Show and label the tmax plane c. Show and label the major principal plane d. Show and label the minor principal plane e. Determine the horizontal plane stresses f. Determine the vertical plane stresses 100 kPa 30° Figure 1: An element undergoing a stress is shown
1. Refer to Figure 1. For the following element draw the Mohr's circle and: a....
Bern 2) Using Mohr Circle, determine the product of inertia (1) of the rectangular cross-section with...
Bern 2) Using Mohr Circle, determine the product of inertia (1) of the rectangular cross-section with respect to the inclined u and v axes, shown in the Figure. Centroid of the cross-section is denoted with C and B-20cm and H-30cm and 0 -20°. Answer only what is asked! Hem 40 KN 20 KN 30 KN 3) Determine internal normal force (N), shear force (V), and bending moment (M) at point E and determine the horizontal and vertical components of reaction...
draw mohr circle 3 kN/m 300 mm 30° 75 mm 200 mm Determine the principal stresses...
draw mohr circle
3 kN/m 300 mm 30° 75 mm 200 mm Determine the principal stresses at point A and specify the orientation of element. PROBLEM # 5 FA-3x4-12kN 2m Br B, 3.428 kN 2m 3.428KN -May. = 6.857 x 1-75 = 1.1428 N/mm"(7) mm (7) 200:300厂= 1.1428 N/ mm 300 12 bi 4 0.06428 N/mm2 6x3.4428x10 300 ) 200x 300 4 200
please readable B cm 2) Using Mohr Circle, determine the moment of inertia (I.) of the...
please readable
B cm 2) Using Mohr Circle, determine the moment of inertia (I.) of the rectangular cross-section about inclined u axis, shown in the Figure. Centroid of the cross-section is denoted with C and B=20cm and H=30cm and 0 =20°. Answer only what is asked! OB ІН cm
The figure below shows the stress condition at a point. a) Draw a Mohr circle for the stress condition b) Locate the Pole c) Estimate magnitude of major and minor principal stresses and orientation of the principal planes graphically and algebraically, and compare the results. d) Estimate the maximum shear stress Show all your work and label all the points. ?,-1400 psf 00 psi ox- 600 psf Tyx 200 psf
Problem 2 (8pts) Sketch Mohr circle for the shown element. Use Mohr Circle to determine the normal stresses on and Ot and the shear stress Tnt at this point if they act on the rotated stress element shown. Verify your results (on, i, Tnt) using stress transformation eqns. 1,100 psi 1,750 psi 20° 2,900 psi Illustrate the following on Mohr circle: center of Mohr Circle, reference point A, principle stresses, max in-plane shear stress, orientation of principal stresses Opi and...
Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the o axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on stress elements...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the oi axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on...
Problem 6: Given the stress element below: 1. Draw Mohr Circle for the stress element shown below. Use proper scale and draw neatly. 2. Show and label the principal and max shear stress on the circle. 3. On the Mohr circle indicate the angles form the X-axis of Mohr circle to the oi axis and Tmax axis. 4. Draw stress elements for initial, principal, maximum shear in their proper orientation. Mark all points on Mohr Circle and corresponding points on...
Create stress mohr circle based on these values and determine
principal stress and maximum shear stress. Also describe the
loading condition that produced these data. Determine the strain is
present if stressx= 100MPa, stressy= -50MPa, stressxy= 30MPa.
Assume aluminum alloy
Hooke's Law The free-surface of a structure is in plane stress if gravity and other body forces are neglected. Because there are 3 unknowns (σ, oy, t»), 3 measurements are generally required in order to determine the stress or strain...
1. Refer to Figure 1. For the following element draw the Mohr's circle and: a. Locate the pole b. Show and label the tmax plane c. Show and label the major principal plane d. Show and label the minor principal plane e. Determine the horizontal plane stresses f. Determine the vertical plane stresses 100 kPa 30° Figure 1: An element undergoing a stress is shown
1. Refer to Figure 1. For the following element draw the Mohr's circle and: a....
Bern 2) Using Mohr Circle, determine the product of inertia (1) of the rectangular cross-section with respect to the inclined u and v axes, shown in the Figure. Centroid of the cross-section is denoted with C and B-20cm and H-30cm and 0 -20°. Answer only what is asked! Hem 40 KN 20 KN 30 KN 3) Determine internal normal force (N), shear force (V), and bending moment (M) at point E and determine the horizontal and vertical components of reaction...
draw mohr circle
3 kN/m 300 mm 30° 75 mm 200 mm Determine the principal stresses at point A and specify the orientation of element. PROBLEM # 5 FA-3x4-12kN 2m Br B, 3.428 kN 2m 3.428KN -May. = 6.857 x 1-75 = 1.1428 N/mm"(7) mm (7) 200:300厂= 1.1428 N/ mm 300 12 bi 4 0.06428 N/mm2 6x3.4428x10 300 ) 200x 300 4 200
please readable
B cm 2) Using Mohr Circle, determine the moment of inertia (I.) of the rectangular cross-section about inclined u axis, shown in the Figure. Centroid of the cross-section is denoted with C and B=20cm and H=30cm and 0 =20°. Answer only what is asked! OB ІН cm
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