THE INFLUENCE OF OBLIQUE COLLISION OF THE GASKET OF A GAS REGULATOR ON SAFETY SHUTDOWN

Abstract

In this work the author presents a theoretical study on the conduct during the impact of the gasket at the intake of combustible gas, when the regulatory mechanism is controlled by a thermostat. For this case, the author analyzed two aspects involved in the operation of the proposed experimental model: - The oblique impact of the cinematic elements of the regulatory mechanism; - The influence of elasticity on deformation of the gasket at impact. Furthermore, the paper presents the modeling and dynamic analysis of the mechanism MSC ADAMS

Keywords

• Gasket
• gas regulator
• thermostat
• oblique collision
• impulse
• elasticity
• mechanical work
• kinetic energy
• damping coefficient
• rigidity coefficient