Simulation Based Actuator Model Creation and Commissioning on Virtual Test Bed

This paper delves into the development and application of an actuator model using MATLAB within virtual test bed settings. The primary objective is to simulate and assess actuator behavior in a controlled digital environment, emphasizing the creation and commissioning stages. MATLAB's capabilities are harnessed to emulate real world actuator dynamics, encompassing aspects like response time, precision and dependability. During commissioning, parameters are meticulously adjusted to align with empirical data, ensuring a faithful representation. The virtual test bed provides a cost efficient and effective platform for evaluating actuators, allowing engineers to analyze performance, pinpoint potential issues and optimize control strategies before physical deployment. This research contributes to the advancement of simulation methodologies in actuator design and validation procedures.