789 https://www.ors-consulting.com/reliability-availability-maintainability Figure 3. Typical RAM model input https://www.icarus-orm.com/ram-study Figure 3. Typical RAM model output Step C: Feedback from RAM to DPS: Critical failure points and operational constraints identified in the RAM study are incorporated into the DPS model. This enables simulation of realistic downtime scenarios and quantifies impacts on surge capacity, storage levels, product quality, and overall system stability. Step D: Feedback from DPS to RAM: Insights from DPS—such as actual response times, buffer depletion rates, or safety limit exceedance—are fed back into the RAM model. These updates refine availability predictions and improve the accuracy of maintenance planning and operational logic. Step E: Optimization and Validation: The process iterates until both models converge on a realistic and operationally achievable representation of system performance. The integrated results guide optimisation of equipment design, maintenance strategies, and spare parts planning to ensure reliable and feasible plant availability outcomes.
RkJQdWJsaXNoZXIy MTM0Mzk2