Homework Help is Here – Start Your Trial Now!
Engineering
Mechanical Engineering
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: 17" x 25.4 = 431.8mm To calculate the overall diameter of a tire, the sidewall height must be multiplied by 2 and add the diameter of the wheel. For example: 2*101.3mm + 431.8mm = 634.4mm

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: 17" x 25.4 = 431.8mm To calculate the overall diameter of a tire, the sidewall height must be multiplied by 2 and add the diameter of the wheel. For example: 2*101.3mm + 431.8mm = 634.4mm

icon
Related questions
Question

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: 17" x 25.4 = 431.8mm To calculate the overall diameter of a tire, the sidewall height must be multiplied by 2 and add the diameter of the wheel. For example: 2*101.3mm + 431.8mm = 634.4mm

KARDAANIAKSELI B Front Axel Differential Gearing: 3.07:1 Transfer case reduction ratio 2.72:1 VAIHTEISTON AKSELI C VETOAKSELI A Tire size P225/75R15
Transcribed Image Text:KARDAANIAKSELI B Front Axel Differential Gearing: 3.07:1 Transfer case reduction ratio 2.72:1 VAIHTEISTON AKSELI C VETOAKSELI A Tire size P225/75R15
Expert Solution
steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Knowledge Booster
Slope and Deflection
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.