Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate. Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Question

Want to see more full solutions like this?

Answer 1

Textbook Question

Chapter 8, Problem 8.1P

Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate.

Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Chapter 8, Problem 8.1P, Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Students have asked these similar questions

The cam follower rises outward 0.75 in with constant velocity for the first 90 degrees of the motion cycle and to dwell for 130 degrees, fall with constant velocity for 45 degrees, dwell for 95 degrees, and then repeat the sequence. Graphically plot a follower displacement diagram. Use the motion equations and a spreadsheet to plot a displacementdiagram of the follower.

I need detail answer do not copy A cam is required for an automated transfer mechanism. The cam follower must rise upward 10 mm with constant velocity in 3.0 sec, dwell for 2 sec, fall with constant velocity in 4 sec, dwell for 1 sec, and then repeat the sequence . a) Determine the required speed of the cam. b) Draw the displacement diagram along with velocity curve. c) The base circle diameter of the cam is 50 mm. Plot the cam profile when a knife-edge follower is incorporated.

The angular velocity of the member A of the mechanism in Figure P8-196 is 2.0 rad/s clockwise. Calculate the velocities cities of points P and Q.

Answer 2

Textbook Question

Chapter 8, Problem 8.1P

Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate.

Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Chapter 8, Problem 8.1P, Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Textbook Question

Chapter 8, Problem 8.1P

Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate.

Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Chapter 8, Problem 8.1P, Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 8, Problem 8.1P

Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate.

Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Chapter 8, Problem 8.1P, Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Answer 8

Expert Solution & Answer

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

To sketch: The equivalent four bar linkage of thecam follower.

Answer 12

Explanation of Solution

Cams are rotated by cam pair at A and B. For an equivalent four bar linkage of cam and follower mechanism, the cam pair is converted into two turning pair by an imaginary link AB. Length of the link will be equal to the center of curvature distances between two cams. Also the two cam is replaced by a two links O₂A and O₂B. O₂A is the distance between center of curvature of left cam at A and center of rotation of left cam at O₂. Similarly O₂B is distance between the center of curvature of right cam at B and center of rotation of right cam at O₄.

Graphical method for four bar mechanism:-

Take O₂ and O₄ as a fix link.
Mark A and B as a center of curvature of the left and right cam respectively.
Draw O₂A and O₂B and join A and B as AB.

Drawing the equivalent four bar linkage as shown below:

DESIGN OF MACHINERY (LL W/ CONNECT), Chapter 8, Problem 8.1P

O₂ABO₄is the equivalent 4 bar linkage of two sliding cam mechanism. The angular velocity of left and right cam will be equal to the angular velocity of link O₂A and O₂B respectively.

Answer 13

Ch. 8 - Programs DYNACAM and MATRIX may be used to solve...

Programs DYNACAM and MATRIX may be used to solve these problems or to check your solution where appropriate. Figure P8-1 shows the cam and follower from Problem 6-65. Using graphical methods, find and sketch the equivalent fourbar linkage for this position of the cam and follower.

Concept explainers

Videos

Explanation of Solution

Want to see more full solutions like this?

Chapter 8 Solutions