In the past decade, particle reinforced foams have been intensively studied and applied in
diverse fields owing to their low weight-to-strength ratio, low cost, and tailorable physical …

The future of engineering systems is based on the capability of integrating sensors,
actuators, control systems and materials. Engineering products, in fact, are nowadays …

During the last two decades, in-depth investigation on smart magnetic polymer foam or
known as magnetorheological (MR) foam has captured researcher's attention and motivated …

To explore the feasibility of applying magnetorheological fluids (MRFs) in the field of noise
control, the influence of the magnetic field intensity and direction on the sound transmission …

We present the (numerically) exact phase diagram of a magnetic polymer on the Sierpińsky
gasket embedded in three dimensions using the renormalization group method. We report …

In this study, biodegradable materials that could be utilized to reduce noise were examined.
Sound absorption test was conducted with an impedance tube. Sawdust, coconut fiber, and …

Magnetorheological (MR) materials with excellent magneto-mechanical properties have
great application values in the field of vibration reduction and buffering. By combining the …

In this paper is proposed a dynamic torque, rotational speed, and shaft position sensor. It is
built of magnetic elastomer coating directly applied over a rotating shaft. The sensor is used …

The potential of magnetorheological (MR) foam, a recently developed porous smart material,
has grown rapidly in recent years. The ability of MR foam to change its properties …

Magnetorheological (MR) foam is a newly developed porous smart material that is able to
change its properties continuously, actively, and reversibly in response to controllable …