as soon as possible If the design of a solid shaft based on the maximum-distortion-energy leads...
If the design of a solid shaft based on the maximum-distortion-energy leads to 6 C= (4M2 + 3T2 + 372)) where c is the radius of the shaft, Mis the applied moment and T is the applied torque. Calculate the minimum diameter of the shaft below in in to 2 decimal places, if allow = 76 ksi. D с A B 10.5 ft 3 ft -0.5 ft 2 ft 120 lb 300 lb 300 lb 120 lb
D Question 9 3 pts If the design of a solid shaft based on the maximum-distortion-energy leads to c= ( (111 +370) :) ) where c is the radius of the shaft, Mis the applied moment and T is the applied torque. Calculate the minimum diameter of the shaft below in mm to 2 decimal places, if O allow = 142 MPa. 100 mm 500 N 150 mm 200 mm 500 N 150 mm 100 mm
design a shaft to transmit a load based on B106.1 which is attached Design a shaft to transmit a load based on ANSI/ASME Standard B106.IM-1985 (40 points) a) Identify which loading case this analysis can be applied to and why: Case i) T. -9 kNm, T, -0,M.-0, M.-6.5 kNm, kr 1.57, n = 2 Case ii) T. - 7 kNm, T.-0, M -8 kNm, M-6 kNm, k-1.57, n-2 b) Perform the design and calculation on the acceptable case with: i)...
A solid steel shaft is loaded as shown while transmitting rotational power between two pulleys. Pulleys at points C and D measure 5 inches and 7.5 inches in radius, respectively. Calculate the minimum shaft diameter for a safety factor of 2.0 based on the Maximum Distortion Energy failure theory. Yield strength = 100 ksi. 5 inches 300 N 0.250 m 200 N 550 N 0.250 m 400 N 0.150 m D 7.5 inches
A solid 1.50-in.-diameter brass [G = 6600 ksi] shaft (2) has been stiffened between A and B by the addition of an aluminum-alloy tube (1). The tube has an outside diameter of D1 2.50 in., a wall thickness of t10.10 in., a length of L 12 in., and a shear modulus of G- 3900 ksi. The tube is attached to the brass shaft by means of rigid flanges welded to the tube and to the shaft. (The thickness of the...
ta. (25 points) Using an allowable shearing stress of 5 ksi, design a solid shaft that can transmit a 12 hp at a speed of 1800 rpm. Note(1) : Power -2 fT where f is frequeney (Cycles/second) and T is torque (in-b) Note(2): 1hp 550 ft-lb-6600 in-lb
Topic 2 (Failure Theories) Question: Solid shaft has a radius of 0.5 cm and made of steel having yield stress of oy = 360 MPa. Determine if the loadings cause the shaft to fail according to the maximum-shear-stress theory and the maximum-distortion-energy theory, ISAN 166 SMP 191 MP
Help Please A solid steel shaft AC is fixed to a rigid wall at its end A and is connected to a solid aluminum shaft CD at its other end C. The torques Ti and Tz are applied at the sections R and D, respectively, as shown in the figure. All the dimensions are given in the figure and the weight of the shafts are neglected. The shear modulus of steel is Gst 78 GPa and the shear modulus of...
Find the normal U a. b. Find the maximum shear stress and plltip c. Find the safety factor using the distortion-energy (Von MiSe Problem 2 [20]: A simply supported shaft with overhanging load is shown in Figure 2 force P is applied as the shaft rotates. The shaft is also subject to a constant torque of T ignoring Tmin, find the diameter of shaft required to obtain a safety factor o shaft is steel of Sut - 118 kpsi and...
MEC 432 Mechanical Design I and draw the MDE theory please The bearings at A and B exert only y and a components of force on the shaft. If Sy = 150 MPa for the selected ductile material, determine the factor of safety if the shaft diameter is 40 mm. Use the maximum distortion-energy theory of failure. Show the following procedures through the calculation steps (Free Body diagram (FBD), Reaction at A and D, Bending moment diagram, point of max....