The saw blade in a lumber mill (Figure 2) is required to remain in the horizontal...

 

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The saw blade in a lumber mill (Figure 2) is required to remain in the horizontal position and undergo a complete back-and-forth motion in 3 seconds. An electric motor, having a shaft rotation of 50 rad/s, is available to power the saw and can be located anywhere. Design a mechanism that will transfer the rotation of the motor's shaft to the saw blade. Submit drawing of your design and calculations of the kinematics of the saw blade in the report format given using any kinematics softwares. Design & Analysis Possible designs/analysis with description and working principle of each design. Final design/analysis with description and working principle. Plot the velocity and acceleration of the saw blade with respect to its position in your final design. Final design and analysis with details/dimensions is to be produced using any kinematics softwares. Figure 2 50 rad/s The saw blade in a lumber mill (Figure 2) is required to remain in the horizontal position and undergo a complete back-and-forth motion in 3 seconds. An electric motor, having a shaft rotation of 50 rad/s, is available to power the saw and can be located anywhere. Design a mechanism that will transfer the rotation of the motor's shaft to the saw blade. Submit drawing of your design and calculations of the kinematics of the saw blade in the report format given using any kinematics softwares. Design & Analysis Possible designs/analysis with description and working principle of each design. Final design/analysis with description and working principle. Plot the velocity and acceleration of the saw blade with respect to its position in your final design. Final design and analysis with details/dimensions is to be produced using any kinematics softwares. Figure 2 50 rad/s

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The task presented in the image is to design a mechanism that enables a saw blade in a lumber mill to complete a backandforth horizontal motion within 3 seconds powered by an electric motor rotating a... View the full answer