👉 Curve engineering is a systematic approach to optimizing the performance of complex systems by shaping their input-output curves. It involves analyzing, modifying, and designing the functional relationships between inputs (such as pressure, flow rate, or temperature) and outputs (like pressure drop, heat transfer coefficient, or energy consumption) to achieve desired performance metrics. This process often employs mathematical modeling, computational simulations, and iterative testing to identify optimal curve shapes that enhance efficiency, reduce losses, or meet specific operational constraints. By strategically adjusting these curves, engineers can fine-tune system behavior, improve reliability, and ensure robust performance across varying conditions, making it a crucial tool in fields like chemical processing, HVAC design, and power generation.
