THE IMPACT OF TEMPERATURE ON SUCTION PERFORMANCE OF GEAR PUMPS

Abstract

Through meticulous experimental setups, including a closed-loop system and precision temperature controllers, our study systematically explores the impact of temperature variations on gear pump behavior. This observed phenomenon is attributed to fluid viscosity changes and underscores the intricate interplay between thermal dynamics and gear pump efficiency. In the comparative analysis, our findings are bench-marked against industry standards, revealing both congruities and disparities. The study goes beyond the immediate implications by presenting a sensitivity analysis of different gear materials concerning temperature variations. This work not only contributes to the theoretical understanding of fluid machinery but also has practical ramifications. The presented advanced statistical insights, including a cor-relation matrix, add depth to our comprehension of the interconnected factors influencing gear pump operation. In conclusion, this study provides a nuanced understanding of temperature's influence on gear pump suction performance. By combining empirical evidence with advanced statistical insights, our findings offer practical insights for optimizing gear pump efficiency in varying temperature conditions, ultimately contributing to the evolving landscape of fluid machinery research. Keywords: gear pump, temperature variations, suction performance, fluid dynamics, experimental setup.