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Q1 (b): A cold-drawn solid steel shaft is driven at N=310 RPM carries two gears D and E, as shown in the figure. Gear Dhas an input power of Pp= 12 kW, while gear E gives an equal output power. For a factor of safety of n=2.1, design the shaft according to the following failure criteria: Assume = 290 MPa, Sut =597 MPa, K=1.4, Kfs=1.4 15 kg 15 kg D C E 0.4 m e 0.6 m 0.4 m

Q1 (b): A cold-drawn solid steel shaft is driven at N=310 RPM carries two gears D and E, as shown in the figure. Gear Dhas an input power of Pp= 12 kW, while gear E gives an equal output power. For a factor of safety of n=2.1, design the shaft according to the following failure criteria: Assume = 290 MPa, Sut =597 MPa, K=1.4, Kfs=1.4 15 kg 15 kg D C E 0.4 m e 0.6 m 0.4 m

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q1 (b): A cold-drawn solid steel shaft is driven at N=310 RPM carries two gears D and E, as shown in the figure. Gear D has an input power of Pp= 12 kW, while gear E gives an equal output power. For a factor of safety of n=2.1, design the shaft according to the following failure criteria: Sy = 290 MPa, Sut = 597 MPa, K=1.4, Kfs=1.4 Assume 15 kg 15 kg E 中B 0.4 m e t0.4 m 0.6 m Calculate the diameter, Din mm units using Soderberg criterion. Enter only numeric value without units and upto four places of decimal. Assume k. = 0.81 and the shaft is operating at room temperature of 70°F with 50% reliability.
Transcribed Image Text:Q1 (b): A cold-drawn solid steel shaft is driven at N=310 RPM carries two gears D and E, as shown in the figure. Gear D has an input power of Pp= 12 kW, while gear E gives an equal output power. For a factor of safety of n=2.1, design the shaft according to the following failure criteria: Sy = 290 MPa, Sut = 597 MPa, K=1.4, Kfs=1.4 Assume 15 kg 15 kg E 中B 0.4 m e t0.4 m 0.6 m Calculate the diameter, Din mm units using Soderberg criterion. Enter only numeric value without units and upto four places of decimal. Assume k. = 0.81 and the shaft is operating at room temperature of 70°F with 50% reliability.
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