Cam Analysis

This project involves the implementation of MATLAB code that generates customized cam shapes tailored to your specific requirements. The code utilizes polynomial functions and solves simultaneous equations to determine the coefficients for SVAJ (Displacement-Velocity-Acceleration-Jerk) equations, which define the desired cam profile. The code offers various cam options with different characteristics:

(0) Linear Rise & Fall: This is a basic cam design with a linear profile. However, it is considered a "bad" cam design and is generally deemed unacceptable due to its limitations.

SCCA Family (1-5):
(1) Constant Acceleration: This cam design maintains a constant acceleration but is generally regarded as unacceptable for most applications.
(2) Simple Harmonic Motion (SHM): This cam design is often considered "sophomoric" and is generally unacceptable due to its limited applicability.
(3) Modified Trapezoid Acceleration: This cam design exhibits low acceleration and rough jerk characteristics.
(4) Modified Sine Acceleration: This cam design features low velocity but exhibits good acceleration characteristics.
(5) Cycloidal Displacement (sine acceleration): This "junior" cam design offers smooth acceleration and jerk profiles, making it a favorable choice.

(6) 3-4-5 Polynomial Displacement: This cam design represents a good compromise, balancing various factors to achieve a satisfactory performance.
(7) 4-5-6-7 Polynomial Displacement: This cam design offers smooth jerk characteristics and high acceleration, making it suitable for specific applications.

(8) Polynomial Displacement From Specified Boundary Conditions: This option allows for the customization of a cam based on specific boundary conditions, offering a tailored solution to meet individual requirements.

By utilizing this MATLAB code, you can explore and generate cam profiles that align with your desired specifications, optimizing the performance for your particular application.