Vol. 5 No. 2 (2021)
Articles

Mathematical Modeling and Experimental Analysis of Hydro-Carbon Based MRFD

Published 2021-10-01

Abstract

Magneto-Rheological nature (MR) fluids are known as smart and flexible fluids. The very important qualities of smart solutions are their reversible alters from the liquid state to slightly thicker than semi-fluid comprising manageable yield stress in baremagnetic fields. This provides elastic interface among mechanical & electronic control elements and are driven by low-voltagepower supply. MR fluids are partially active devices to offer controllable damping forces, along with more attractive in practical applications. The present work aims in focusing the Hydro-Carbon based MR fluid damper characteristics. Thework also involves the quantify the quality characteristics of fluids and appropriate dampers to evaluate the performance ofthe same by varying the parameters like force-current, force-velocity, pressure-current and pressure-velocity.