Design a straight-bevel gear system and determine its power rating based on the following specifications: Pinion:...
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Design a straight-bevel gear system and determine its power rating based on the following specifications: Pinion: Teeth Count: 24 Module: 4 mm Transmission Accuracy Number: 8 Material: Nitralloy 135 M Grade 1 steel Core and case hardness: Brinell of (370 plus the last digit of your ID) Pinion Speed: (1250 plus the last 2 digits of your ID) rev/min Gear: Teeth Count: 40 Material: Carburized and case-hardened Grade 2 steel Core and case hardness: 380 Brinell Gear System: Shaft Angle: 90 Face Width: 36 mm Normal Pressure Angle: 20 Gear Mounting: Rigid mounted Life and Reliability: Life Goal: 108 revolutions of the pinion Reliability: 99.9% Design Factor: Ko = 1.25 Load Distribution Factor: na = 1.4 Your task is to design the straight-bevel gear system and calculate its power rating based on the AGMA (American Gear Manufacturers Association) standards for bending and pitting resistance. Take into consideration the provided specifications, including the gear dimensions, materials, hardness, and operating conditions. Use the given design and load distribution factors to determine the power rating of the gear system, considering the desired life goal and reliability. Design a straight-bevel gear system and determine its power rating based on the following specifications: Pinion: Teeth Count: 24 Module: 4 mm Transmission Accuracy Number: 8 Material: Nitralloy 135 M Grade 1 steel Core and case hardness: Brinell of (370 plus the last digit of your ID) Pinion Speed: (1250 plus the last 2 digits of your ID) rev/min Gear: Teeth Count: 40 Material: Carburized and case-hardened Grade 2 steel Core and case hardness: 380 Brinell Gear System: Shaft Angle: 90 Face Width: 36 mm Normal Pressure Angle: 20 Gear Mounting: Rigid mounted Life and Reliability: Life Goal: 108 revolutions of the pinion Reliability: 99.9% Design Factor: Ko = 1.25 Load Distribution Factor: na = 1.4 Your task is to design the straight-bevel gear system and calculate its power rating based on the AGMA (American Gear Manufacturers Association) standards for bending and pitting resistance. Take into consideration the provided specifications, including the gear dimensions, materials, hardness, and operating conditions. Use the given design and load distribution factors to determine the power rating of the gear system, considering the desired life goal and reliability.
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