2- A compound shaft consists of two segments. Segment (1) is a tube with a length of L, =500 mm, an outside diameter of D, = 30 mm, and a wall thickness of t, = 3 mm and segment(2) is a solid shaft with a length of L2 = 800 mm and a diameter of d2 = 20 mm. For thematerial properties of each segment please follow the table 2Table 2Shear ModulusSurname starting (A-M)G, = 26 GPaG2 = 45 GPaSurname starting (N-Z)G = 45 GPaG2 = 26 GPaIf an external torque of Tâ= 300 N. m acts at pulley B in the direction shown,(i) calculate the torque Tc required at pulley C so that the rotation angle of pulley C relative to Ais zero.(ii) Discuss what would happen if you replace the tube with a solid shaft of the same materialand the diameter equal to the outer diameter of tube.Tc.(2)L2(1)

Answered: Image /qna-images/answer/949719c4-75aa-4a64-b416-6de7768ee321.jpg

2- A compound shaft consists of two segments. Segment (1) is a tube with a length of L, = 500 mm, an outside diameter of D, = 30 mm, and a wall thickness of t, = 3 mm and segment (2) is a solid shaft with a length of L2 800 mm and a diameter of d2 = 20 mm. For the material properties of each segment please follow the table 2 %3D %3D %3D

2- A compound shaft consists of two segments. Segment (1) is a tube with a length of L, = 500 mm, an outside diameter of D, = 30 mm, and a wall thickness of t, = 3 mm and segment (2) is a solid shaft with a length of L2 800 mm and a diameter of d2 = 20 mm. For the material properties of each segment please follow the table 2 %3D %3D %3D

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

3
K=17 so 107 MPa strength of material question.
The structure consists of two bars. Axial loads 40 kN and 10 kN are loaded as shown in Figure B. Determine: a) Global stiffness matrix b) Nodal displacement c) Stress in each bar Table 2 Steel Aluminium Brass Area 400 350 350 (mm³) E(Gpa) 200 70 83 Aluminum Brass Steel 40 kN - 10 kN L 500 mm 400 mm 300 mm
A) If the modulus of elasticity of the material is E = 1870 MPa , what is Poisson's ratio? B)The block is subjected to a force V that produces a deflection of Δ = 0.15 cm . What is the applied force?
An elevator weighs 1000 lbs and is supported by a 5/26 inch diameter cable, 1500 feet long. When the elevator carries a 1500 Ib, the cable elongates 6 inches more. What is the modulus of elasticity of the cable? A 609x10^7 psi B) 460x10^7 psi 5.87x10^7 psi D 231x10^7 psi
Question 1 The cube in Figure Ql made of 200 mm sides of a certain material is subjected to a volumetric stress of 50 N/mm?. Determine the change in its volume if the Bulk modulus of the material is 100x10° N/mm?. 200 mm Figure Q1: Cube subjected to volumetric stress
A rubber block with dimensions of 120x120x120 mm is compressed in a rigid mold cavity with a vertical force of F=120 kN. In the rubber block, a) Find the stress in the vertical direction (in the y direction). b) Find the stress in the horizontal direction (in the x direction). c) Find the value (mm) of the deformation in the vertical (y direction). Rubber block, The modulus of elasticity E = 820 MPa. Poisson ratio v = 0.4
3.3 m 4,9m Ax = 23.370 mm %3D Interconnected rods up to 23.370 mm from the right end it's pulled and fixed. Length of Bar No. 1 3.3 m, cross-sectional area 2.4 cm2 and yield stress 215 MPa; No. 2 length of Rod 4.9 m, cross-sectional area 2.8 cm2 and yield its stretch is 387 MPA. Elasticity of both materials module 207 MPa and materials elastic / excellent since it's plastic: How much plastic elongation amount of Bar No: 1 meters? How many meters is the lengthening of Rod 2? How many normal stresses in Rod Section 2 Is it an MPA? 3.
3. Two brass rods (one square, one circular) are extruded; initial and final dimensions are provided below. Which part is expected to have the greater tensile strength? Which part is expected to have the greater ductility? Part Initial Dimensions Final Dimensions Cylindrical D=2.5 in D = 2.35 in. Square 4 × 4 in. 3.9 × 3.9 in.
Question 1 The S-N diagram for a titanium alloy is shown in the figure. Calculate the fraction of life consumed by the following sequence of loadings: 15,000 cycles at 80 MPa 120,000 cycles at 60 MPa 3,500,000 cycles at 50 MPa Maximum stress (ksi) 160 140 120 100 80 60 40 20 I 10³ 104 105 Cycles to failure 100 107
The cylindrical tank has an inner diameter of 450 mm, the wall thickness is 6 mm, and point a is the most critical location. With a vacuum pressure of 1.5 MPa, a) using the von Mises criterion, is this a durable design? b) using the Mohr's criterion, is this a durable design?