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PROBLEM 3 ONLY
PROBLEM 3 ONLY
1. A plain prismatic shaft without any rotating components is...
2. Preliminary force analysis of the shaft in Problem 1 suggests that the reaction forces on the ...
please solve #2
shaft from #1 above
2. Preliminary force analysis of the shaft in Problem 1 suggests that the reaction forces on the right side bearing are as follows: F-24 kN-5 = 3.35 kN, and = 1.5 kN. Size an angular contact bearing for the right side of the shaft for 10 kh of operation at 1400 RPM. Assume 92% reliability, ka-1. Is the large diameter of the shaft shoulder (52 mm) appropriately sized for the bearing you selected?...
Will thumbs up solution. Thanks! Problem 3 (200 pts): For a driven shaft of a gearbox,...
Will thumbs up solution. Thanks!
Problem 3 (200 pts): For a driven shaft of a gearbox, one possible shaft layout is shown in the top figure. Both bearings and the gear will be located against shoulders. The gear and the motor will transmit the torque through the keys. The bearings can be lightly pressed onto the shaft. The left bearing will locate the shaft in the housing, while the right bearing will float in the housing. Shear force, bending moment,...
A transfer shaft with two spur gears shown below: Input Gear 1 Output Gear Torque Bearing...
A transfer shaft with two spur gears shown below: Input Gear 1 Output Gear Torque Bearing 1 Gear 1 Gear 2 Bearing 2 B OTO 4" 4" 4" 4 . . Weight Ibf Teeth number Pressure angle Po (diametric pitch) teeth/in Gear A 50 20° 6 Gear C 2 25 20° 6 Deep groove ball bearings at B and D. Pitch diameter of the gear is equal to the teeth number divided by diametric pitch. Shaft speed = 3000 rpm....
please solve with details Question#1140Marksl The shaft shown in the figure is rotating at 650 rpm and it receives 5592.75 W through a flexible coupling at its right end. The power is delivered t...
please solve with details
Question#1140Marksl The shaft shown in the figure is rotating at 650 rpm and it receives 5592.75 W through a flexible coupling at its right end. The power is delivered to an adjacent shaft through a single helical gear B having a normal pressure angle of 20° and a helix angle of 15o. The pitch diameter for the gear is 105.1814 mm (4.141 in). A spacer is used to position the gear relative to bearing C. The...
Machine design problem. Problem 3 a). For the rotating shaft with a conical roller loaded with...
Machine design problem.
Problem 3 a). For the rotating shaft with a conical roller loaded with the normal to the conical surface force R as shown in figure below), determine the support reactions, b). Determine the rating life for the bearing No. 6306 used as a left hand side support. Note that this is not a shaft of a bevel gear! c). What is a rating life of this bearing if used at the right hand side support of the...
Problem 1 (a) (200 points) Shaft fatigue strength In the figure below, a rotating shaft (for...
Problem 1 (a) (200 points) Shaft fatigue strength In the figure below, a rotating shaft (for speed reducing gearbox) is subjected to radial forces at A-400 lbrand at C-800 iht. These radial forces are caused by spur gears mounted to shar (a result of the pressure angle of the teeth, 20 degrees) that mesh with 2 other spur gears, not shown. Also, The shaft transmits a constant torque of 11110 in-Ibr (925 - due to the tangential force (s: transmitted...
I 2 in 11 in in Problem Statement The shaft shown is rotating under loads F1 : 1 8.F2= 1.9 klbf. ...
Can someone please provide
neat, correct work. Experts only please.
Thank you
I 2 in 11 in in Problem Statement The shaft shown is rotating under loads F1 : 1 8.F2= 1.9 klbf. Dimensions are c 8, e 8.g 8.h-10, 10 n = 3 in. All fillets have l 16 radius. The critical location is at x= 10.5 point Q where the moment is high, the diameter small, and the fillet causes a stress concentration. The material is cold drawn...
Figure 1 shows the layout of countershaft used to transmit power to a blower through a...
Figure 1 shows the layout of countershaft used to transmit power to a blower through a pulley drive (4-5). Pulley (driving sheave) 4 has a diameter of 125-mm and pulley (driven sheave) 5 has a diameter of 75 mm. Pulley 5 is mounted vertically below pulley 4 (as shown in the figure). Belt tension on the loose side is 20% of the tension on the tight side. A power of 7.5 kW is transmitted via the gear set (2-3) from...
Problem 1: This is textbook problem 4.51 (page 224) Steam at 1800 lbf/in2 and 1100 °F...
Problem 1: This is textbook problem 4.51 (page 224) Steam at 1800 lbf/in2 and 1100 °F enters a turbine operating at steady state. As shown in the Figure, 20% of the entering mass flow is extracted at 600 lbf/in2 and 500 °F. The rest of the steam exits as a saturated vapor at 1 lbf/in2 . The turbine develops a power output of 6.8×106 Btu/h. Heat transfer from the turbine to the surroundings occurs at a rate of 5×104 Btu/h....
Project 3 Instructions 1. Due Date & Time: 09-26-2020 at 11:59 PM WHAT TO SUBMIT Submit...
Project 3 Instructions 1. Due Date & Time: 09-26-2020 at 11:59 PM WHAT TO SUBMIT Submit 1 zip file containing 4 files below to iLearn by the deadline. [30 points] ● 3 JAVA Files: TableBmiPro.java, MyOwnIdea.java. DiceRoll.java [24 points] ● 1 File: Make a document that shows the screen captures of execution of your programs and learning points in Word or PDF. Please make sure you capture at least 2 executions for 1 program, so 6 screen captures and one...
please solve #2
shaft from #1 above
2. Preliminary force analysis of the shaft in Problem 1 suggests that the reaction forces on the right side bearing are as follows: F-24 kN-5 = 3.35 kN, and = 1.5 kN. Size an angular contact bearing for the right side of the shaft for 10 kh of operation at 1400 RPM. Assume 92% reliability, ka-1. Is the large diameter of the shaft shoulder (52 mm) appropriately sized for the bearing you selected?...
Will thumbs up solution. Thanks!
Problem 3 (200 pts): For a driven shaft of a gearbox, one possible shaft layout is shown in the top figure. Both bearings and the gear will be located against shoulders. The gear and the motor will transmit the torque through the keys. The bearings can be lightly pressed onto the shaft. The left bearing will locate the shaft in the housing, while the right bearing will float in the housing. Shear force, bending moment,...
A transfer shaft with two spur gears shown below: Input Gear 1 Output Gear Torque Bearing 1 Gear 1 Gear 2 Bearing 2 B OTO 4" 4" 4" 4 . . Weight Ibf Teeth number Pressure angle Po (diametric pitch) teeth/in Gear A 50 20° 6 Gear C 2 25 20° 6 Deep groove ball bearings at B and D. Pitch diameter of the gear is equal to the teeth number divided by diametric pitch. Shaft speed = 3000 rpm....
please solve with details
Question#1140Marksl The shaft shown in the figure is rotating at 650 rpm and it receives 5592.75 W through a flexible coupling at its right end. The power is delivered to an adjacent shaft through a single helical gear B having a normal pressure angle of 20° and a helix angle of 15o. The pitch diameter for the gear is 105.1814 mm (4.141 in). A spacer is used to position the gear relative to bearing C. The...
Machine design problem.
Problem 3 a). For the rotating shaft with a conical roller loaded with the normal to the conical surface force R as shown in figure below), determine the support reactions, b). Determine the rating life for the bearing No. 6306 used as a left hand side support. Note that this is not a shaft of a bevel gear! c). What is a rating life of this bearing if used at the right hand side support of the...
Problem 1 (a) (200 points) Shaft fatigue strength In the figure below, a rotating shaft (for speed reducing gearbox) is subjected to radial forces at A-400 lbrand at C-800 iht. These radial forces are caused by spur gears mounted to shar (a result of the pressure angle of the teeth, 20 degrees) that mesh with 2 other spur gears, not shown. Also, The shaft transmits a constant torque of 11110 in-Ibr (925 - due to the tangential force (s: transmitted...
Can someone please provide
neat, correct work. Experts only please.
Thank you
I 2 in 11 in in Problem Statement The shaft shown is rotating under loads F1 : 1 8.F2= 1.9 klbf. Dimensions are c 8, e 8.g 8.h-10, 10 n = 3 in. All fillets have l 16 radius. The critical location is at x= 10.5 point Q where the moment is high, the diameter small, and the fillet causes a stress concentration. The material is cold drawn...
Figure 1 shows the layout of countershaft used to transmit power to a blower through a pulley drive (4-5). Pulley (driving sheave) 4 has a diameter of 125-mm and pulley (driven sheave) 5 has a diameter of 75 mm. Pulley 5 is mounted vertically below pulley 4 (as shown in the figure). Belt tension on the loose side is 20% of the tension on the tight side. A power of 7.5 kW is transmitted via the gear set (2-3) from...
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