Steady loading has design factor of 2 & design shear stress of (yield strength divided by 4) 3 / 9100%A power transmission shaft is to carry a steady 30 horsepower whilerotating at 1000 rpm. Specify a suitable diameter for the solid circular shaft if it is tobe made from AISI 1020 cold-drawn steel. Use Appendix A-2 for preferred size.2. 8 / 984%+ |A-2 Preferred basic sizes.SI metricFractional (in.)Decimal (in.)(mm)0.015 6255.0000.0102.008.501.0400,031 255.2500.0122.209.001.1450.06255.5000,0162.409.501.2500.093 75545.7500.0202.6010.001.4550.12506.6.0000.0252.8010.501.6600.156 25646.5000.0323.0011.001.88700.187577.0000.0403.2011.502.0800.2500747.5000.053.4012.0022900.31258.0000,063.6012.502.51000.37508.5000.083.8013.002.81100.43756.9.0000.104.0013.503.01200.50009.5000.124.2014.003.51400.56251010.0000.164.4014.504.01600.625010410.5000.204.6015.004.51800.68751111.0000.244.8015.505.0200%230.75001111.5000.305.0016.005.52200.87501212.0000.405.2016.506.2501.00012412.5000.505.4017.007.2801.2501313.0000.605.6017.50300141.50013413.5000.805.8018.00693501.7501414.0001.006.0018.50104002.0001414.5001.206.5019.0011450242.2501515.0001.407.0019.501250024242.50015415.5001.607.5020.00145502.7501616.0001.808.001660033.00016416.5001870017.00034343.25017208003.50017417.50022900313.7501818.0002510004.4.00018418.50028444.2501919.00030444.50019419.50035444.7502020.000Note: The sies highlighted in blue are the first choices. Use the sizes in black when a smallerincrement is nceded.DEC15étv AAa

Answered: Image /qna-images/answer/abd56653-45d7-41b8-836d-9a1988a7a1c5.jpg

A power transmission shaft is to carry a steady 30 horsepower while rotating at 1000 rpm. Specify a suitable diameter for the solid circular shaft if it is to be made from AISI 1020 cold-drawn steel. Use Appendix A-2 for preferred size.

A power transmission shaft is to carry a steady 30 horsepower while rotating at 1000 rpm. Specify a suitable diameter for the solid circular shaft if it is to be made from AISI 1020 cold-drawn steel. Use Appendix A-2 for preferred size.

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

Related questions

Q: Given data: Maximum shear stress-50 MPa Maximum principal stress=80 MPa Find minimum principal…

Q: Problem #6: For the beam and loading shown below find the maximum compressive stress anywhere.…

A: Draw the free body diagram of the beam.

Q: A Drive Shaft for a milling machine transmits 30 horsepower at a speed of 500 RPM. Compute the…

A: A Drive Shaft for a milling machine transmits P = 30 horsepower = 30 × 746 Watts, at a speed of N =…

Q: Two Steel Rods (ASTM A36) and One Aluminum Rod (1060 0) are assembled to two rigid cover plates. The…

A: Two Steel Rods (ASTM A36) and One Aluminum Rod (1060 0) are assembled to two rigid cover plates. The…

Q: Calculate the following: Axial stress Bending stress Note: Diameter of the vertical column is 2…

A: Given data F=10000 lbD=2 in

Q: ort square is 1 1/2 inches x 1 1/2 inches in cross section. it is on an axial tensile load of 11,000…

Q: 4. Solve problem 8.10 in our textbook (find the safety factor for failure at the fillet). Note that…

Q: Solve the following problem of a steel tensile plate with a concentrated load applied at the top, as…

Q: 4. The atmospheric condition of an area is 101.325 kPa and 21 C. A 6m diameter windmill is installed…

A: Given: v = 20 m/s P = 101.325 kPa T = 21 C

Q: = = 2. The bending stresses on an element are: om = 25,00 psi or= 21,667 psi. There is a stress…

Q: A bar subjected to tensile load has stress-strain curve is define by +225 as MPa Calculate the yield…

A: Givenσ=y+225ε0.3ε=0.62ϕ=0.42

Q: For a specific spring where the load applied is 100 N, coil diameter is 4 mm, spring diameter is 20…

Q: (a) Compute the slope at A and the horizontal dis- placement of joint B in Figure P8.32. EI is…

A: Given details: I=100 in4E=29000 kips/in2P=2 kips other details given in figure.

Q: spherical pressure vessel designed using steel has diameter of 36inches, shell thickness of 3/16…

A: We know that in a spherical pressure vessel the longitudinal and circumferential stresses is given…

Q: A circular dis of lead of radius 150 mm and thickness 50 mm is reduced to a thickness of 25 mm by…

Q: ROBLEM SET FOR SAMPAGUITA & DAISY GROUP: JAXIAL VARIABLE STRESS DESIGN BY THE LANGER-YIELD/MODIFIED…

Q: A tensile load of 1120 lbs is applied to a square bar,1/2 mm on a side and having a length of 5.4…

Q: 3. A 5/8 in diameter circular rod supports part of a storage shelf in a warehouse. As products are…

A: Disclaimer:Hello. Since your question has multiple questions, we will solve the first one for you.…

Q: An aircraft engine develops 150kW at 1500rpm. The engine output shaft is steel which fails when the…

Q: The overhung crank of an engine having a cylinder diameter of 250 mm and stroke 400 mm. The…

Q: Given data : Maximum principal stress=100 Mpa Minimum principal stress=-50 MPa Determine maximum…

Q: Problem Ħ 44. Given: 145 kg SONE for: Stress in each pin pin A pin o weight of beam = lo0 kg pin A…

Q: 8. What temperature will the rails just touched if steel railroad is 10 m long are laid with…

A: Dear student, According to the guidelines I am allowed to answer only one problem…

Q: A turning tool 15 in. long is subjected to torsion of 35,000 in-lbs. Compute the diameter of the…

A: Given Data- L=15in T=35000 in-lbs Angular deflection=1/64in G=6*10^6 psi Shear stress=3000 psi

Q: !!!slides[5]!!! The pin at C has a diameter of 44 mm. Assume that the pin at C is supported in a…

Q: (15) A 150mm pulley is mounted to the motor 100mm from the bearing. The motor is 20kW & rotates @…

A: Write the given data. d=150P=20 kWN=640 rpmθ=170°

Q: Given data : Maximum principal stress=100 Mpa Minimum principal stress=20 MPa Determine maximum…

A: Given data, σ1=100 MPa σ2=20 MPa Required τmax

Q: 0.10-in radius T 2.00-in dia. 1.25-in dia. Applied torque 2200 lb-in

A: GivenT=2200lb-inD=2ind=1.25inr=0.10in

Q: the screw assuming compressive and shear strength of screw material to be 450 MPa and

Q: 4) A sophisticated machinery design has a flat bar fillet component with a thickness of 10mm. For an…

Concept explainers

Thermal Properties of Materials

In mechanical engineering, the thermal property is represented as the physical quantity that is relevant to the application of heat. The thermal properties are evaluated by variations in any specific material due to low heat or high heat. The quantities that influence the thermal property of the materials are mass, density, temperature, and many others.

Question

Steady loading has design factor of 2 & design shear stress of (yield strength divided by 4)

3 / 9
100%
A power transmission shaft is to carry a steady 30 horsepower while
rotating at 1000 rpm. Specify a suitable diameter for the solid circular shaft if it is to
be made from AISI 1020 cold-drawn steel. Use Appendix A-2 for preferred size.
2.

8 / 9
84%
+ |
A-2 Preferred basic sizes.
SI metric
Fractional (in.)
Decimal (in.)
(mm)
0.015 625
5.000
0.010
2.00
8.50
1.0
40
0,031 25
5.250
0.012
2.20
9.00
1.1
45
0.0625
5.500
0,016
2.40
9.50
1.2
50
0.093 75
54
5.750
0.020
2.60
10.00
1.4
55
0.1250
6.
6.000
0.025
2.80
10.50
1.6
60
0.156 25
64
6.500
0.032
3.00
11.00
1.8
8
70
0.1875
7
7.000
0.040
3.20
11.50
2.0
80
0.2500
74
7.500
0.05
3.40
12.00
22
90
0.3125
8.000
0,06
3.60
12.50
2.5
100
0.3750
8.500
0.08
3.80
13.00
2.8
110
0.4375
6.
9.000
0.10
4.00
13.50
3.0
120
0.5000
9.500
0.12
4.20
14.00
3.5
140
0.5625
10
10.000
0.16
4.40
14.50
4.0
160
0.6250
104
10.500
0.20
4.60
15.00
4.5
180
0.6875
11
11.000
0.24
4.80
15.50
5.0
200
%23
0.7500
11
11.500
0.30
5.00
16.00
5.5
220
0.8750
12
12.000
0.40
5.20
16.50
6.
250
1.000
124
12.500
0.50
5.40
17.00
7.
280
1.250
13
13.000
0.60
5.60
17.50
300
14
1.500
134
13.500
0.80
5.80
18.00
69
350
1.750
14
14.000
1.00
6.00
18.50
10
400
2.000
14
14.500
1.20
6.50
19.00
11
450
24
2.250
15
15.000
1.40
7.00
19.50
12
500
24
24
2.500
154
15.500
1.60
7.50
20.00
14
550
2.750
16
16.000
1.80
8.00
16
600
3
3.000
164
16.500
18
700
17.000
34
34
3.250
17
20
800
3.500
174
17.500
22
900
31
3.750
18
18.000
25
1000
4.
4.000
184
18.500
28
44
4.250
19
19.000
30
44
4.500
194
19.500
35
44
4.750
20
20.000
Note: The sies highlighted in blue are the first choices. Use the sizes in black when a smaller
increment is nceded.
DEC
15
étv A
Aa

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Types of Properties of Engineering Materials

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

The wall thickness of a spherical thank is 8mm, calculate the diameter if allowable stress is 140MPa and internal pressure of 60MPa.
Need help with engineering Materials review problem
MECHANICS OF DEFORMABLE BODIESDraw the Figure and FBD. Thank you!!
A close ends long thin walled cylindrical shell is subjected to an internal pressure. What is the ratio of the hoop stress to longitudinal stress developed in the shell ?
Find the size of 14 bolts required for a CI engine cylinder head. The diameter of the cylinder is 400mm and the steam pressure is 0.12N/mne.Take the permissible tensile stress as 35MPa.
Fill in the blanks: Find the size of wire in mm if the maximum design stress is 425 000 KPa. A mass 72.40022026 kg falls from a height of 0.85 m to the center of a horizontal platform mounted on five helical springs. At impact each springs deflects 65 mm. Assume spring index of 8.
For a steel beam loading, the maximum normal compressive stress is - 6 MPa, maximum normal tensile stress is 8 MPa and normal axial stress of 2.5 MPa. The ultimate tensile strength of steel is 200 MPa, determine the factor of safety
Four-wheel drive Jeep Cherokee 4L AMC 242 pulls a heavy load up the hill at speed v. Power is evenly distributed over all wheels. a) Calculate the torque on the shafts A, B and C. b) Calculate the shear stress τ and the safety factor nτ with respect to the yield on the axes A, B and C. c) Calculate the deflection θ on the axes A, B and CStarting values: ReL = 700 MPa E = 200 GPa ν = 0.3 P = 91 kW v = 50,4 km/h Drive shaft = 1.31 ”Drive shaft = 1.12” Drive shaft = 0.96 ” The first three numbers in a typical size (225/45R17) are the tire's indicated section width in millimeters, measured from sidewall to sidewall. The second pair of numbers (225/45R17) is the tire's aspect ratio. This percentage represents the ratio of sidewall’s section height to the tire’s section width. The section height can be calculated by multiplying the section width by the aspect ratio percentage. For example: 225mm x 0.45 = 101.3mm The last number (225/45R17) is the diameter of the wheel in inches. For example:…
Solve it pls.
Answer is 111.4 MN)m^2 please post your solution if you got the same answer and in clear handwriting
(10) A weight of 270kg falls a distance of 1.0m & strikes a coil compression spring which absorbs the blow with a deflection of 0.3m. The mean diameter of the coils is to be 8x the wire diameter. If the allowable stress is 415MPa & the modulus of rigidity is 80GPa, find the diameter of the wire & the number of effective coils required.