10. Find the total deflection of the gear tooth contact point where F₂ is applied. Be sure to include the deflection of the shaft at B and the slope at B multiplied by the gear radius. Use superposition. Assume the shaft must be stiff enough to hold the gear teeth within 0.010 inches or there will be wear problems with the gear. Is the shaft stiff enough? If not, what shaft diameter should be used? Use E = 30E6 psi, FB = 750 lb 1.25-in dia. Gear A 20-in dia. F₁ = 300 lbf 16 in 20º 14 in Cae Gear B 8-in dia. 9 in
10. Find the total deflection of the gear tooth contact point where F₂ is applied. Be sure to include the deflection of the shaft at B and the slope at B multiplied by the gear radius. Use superposition. Assume the shaft must be stiff enough to hold the gear teeth within 0.010 inches or there will be wear problems with the gear. Is the shaft stiff enough? If not, what shaft diameter should be used? Use E = 30E6 psi, FB = 750 lb 1.25-in dia. Gear A 20-in dia. F₁ = 300 lbf 16 in 20º 14 in Cae Gear B 8-in dia. 9 in
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
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Transcribed Image Text:10. Find the total deflection of the gear tooth contact point where Fg is applied. Be sure to include the
deflection of the shaft at B and the slope at B multiplied by the gear radius. Use superposition. Assume the
shaft must be stiff enough to hold the gear teeth within 0.010 inches or there will be wear problems with
the gear. Is the shaft stiff enough? If not, what shaft diameter should be used?
Use E = 30E6 psi, Fg = 750 lb
1.25-in dia.
Gear A
20-in dia.
FA=300 lbf
16 in
20°
14 in
Gear B
8-in dia.
9 in
B
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