Rack and pinion steering as shown in the figure steering column of the mechanism, located in the xz plane takes. Steering gear AB element A and B connected to the automobile chassis at points. Steering wheel When the wheel is turned, the assembly will be in the four moment couple (by the driver 3 Nm pairs applied to the steering, two 1.8 Nm pairs (one per wheel) and acting on points A and B created by two forces of magnitude F moment pair). 3N 360 mm 25 450 1.8 N-m 1.8 N-m The resultant moment acting on the steering mechanism If the pair is zero, then the force F and the angle 0 (bearing reaction Determine the magnitude and direction of the forces
Rack and pinion steering as shown in the figure steering column of the mechanism, located in the xz plane takes. Steering gear AB element A and B connected to the automobile chassis at points. Steering wheel When the wheel is turned, the assembly will be in the four moment couple (by the driver 3 Nm pairs applied to the steering, two 1.8 Nm pairs (one per wheel) and acting on points A and B created by two forces of magnitude F moment pair). 3N 360 mm 25 450 1.8 N-m 1.8 N-m The resultant moment acting on the steering mechanism If the pair is zero, then the force F and the angle 0 (bearing reaction Determine the magnitude and direction of the forces
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![Rack and pinion steering as shown in the figure
steering column of the mechanism, located in the xz plane
takes. Steering gear AB element A and B
connected to the automobile chassis at points. Steering wheel
360 mm
250
When the wheel is turned, the assembly will be in the four
moment couple (by the driver
3 Nm pairs applied to the steering, two 1.8 Nm pairs
(one per wheel) and acting on points A and B
created by two forces of magnitude F
moment pair).
450
1.8 N-m
y
1.8 N-m
The resultant moment acting on the steering mechanism
If the pair is zero, then the force F and the angle 0 (bearing reaction
Determine the magnitude and direction of the forces](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F81049f9f-ba6a-414b-9711-08175f81280a%2F170b39f7-26f2-40c5-8c42-df146a9cdf7d%2Fq242c7j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Rack and pinion steering as shown in the figure
steering column of the mechanism, located in the xz plane
takes. Steering gear AB element A and B
connected to the automobile chassis at points. Steering wheel
360 mm
250
When the wheel is turned, the assembly will be in the four
moment couple (by the driver
3 Nm pairs applied to the steering, two 1.8 Nm pairs
(one per wheel) and acting on points A and B
created by two forces of magnitude F
moment pair).
450
1.8 N-m
y
1.8 N-m
The resultant moment acting on the steering mechanism
If the pair is zero, then the force F and the angle 0 (bearing reaction
Determine the magnitude and direction of the forces
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