For the 2-Dimensional state of stress at a point represented by the following figure: (i) Determine the principle stresses "₁" and "0₂", (ii) Show the orientation of the element for the principle planes (stresses), (iii) Find the maximum in-plane shear stress, (iv) Show the orientation of the element for the maximum in-plane shear stress, and (v) Draw Mohr's circle corresponding to the state of stress at the point. Be sure to identify the angles through which the element is rotated to show the principle stresses and maximun in plane shesr stress. y 30 MPa 50 MPa 45 MPa Ans. X 0₁ = 88.1 MPa 0₂-13.1 MPa Tmax in-plane = 50.6 MPa

For the 2-Dimensional state of stress at a point represented by the following figure: (i) Determine the principle stresses "₁" and "0₂", (ii) Show the orientation of the element for the principle planes (stresses), (iii) Find the maximum in-plane shear stress, (iv) Show the orientation of the element for the maximum in-plane shear stress, and (v) Draw Mohr's circle corresponding to the state of stress at the point. Be sure to identify the angles through which the element is rotated to show the principle stresses and maximun in plane shesr stress. y 30 MPa 50 MPa 45 MPa Ans. X 0₁ = 88.1 MPa 0₂-13.1 MPa Tmax in-plane = 50.6 MPa

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Determine the horizontal and vertical stroke of a slider D and F when crank AB rotates 30degrees sideways. AB=20, BC=25, CD=30, BD=50, CF=45cm. Draw in appropriate scale.
lay in Sign In to LinkedIn Number of teeth are indicated for the following gear train. Driver gear 2 has speed 1200 CW direction. Find the speed of gear 5. rpm in 10T 3 30Т 4 16T 32T (a) 200 rpm CCVW. · (b) 200 гpm CW. (c) 300 rpm CW (d) 300 rpm CCW.
Determine the number of teeth for gear E. Determine the Pitch Diameter PD of gear F. Determine the Diametral Pitch Dp of gear F. Determine the Number of teeth of gear G. Determine the Diametral Pitch of gear G. Determine the Diametral Pitch of gear H. Determine the Number of Teeth of gear J. Determine the Pitch Diameter of gear K. Determine the Diametral Pitch of gear K. Determine the direction of gear F. Determine the direction of gear G. Determine the direction of gear H. Determine the direction of gear J. Determine the direction of gear K. Determine the Center Distance between gears J and K.
Please solve the follwoing
I will rate helpful. Thank you.
b)Solve for the Velocity of Point D (m/s) c)Solve for the Velocity of Point C (m/s) d)Solve for the Angular Velocity of Link CE
Two parallel shafts are to be connected by spur gearing. The approximate distance between the shafts is 600 mm. If one shaft runs at 120 r.p.m. and the other at 360 r.p.m., find the number of teeth on each wheel, if the module is 8 mm. Also determine the exact distance apart of the shafts.
18
The shown system is clutch. O car manual gearbox. O car differential system. O drum brake. O fly wheel. O car automatic gearbox. O
B 96. Consider the gear train shown in the given figure and table of gears and their number of teeth. F E + +, + + Gear :A B C DE F No of teeth:20 50 25 75 26 65 A с D Gears BC and DE are moulded on parallel shaft rotating together. If the speed of A is 975 r.p.m., the speed of F will be
Q4/ Figure show an epicyclic gear train. Gear A has 20 teeth, gear B has 22 teeth, and gear C has 15 teeth. Gear B and C is a compound gear. If gear E is fixed and gear A rotates at 1000 rpm, find the speed of arm and number of teeth for gear E. B A