Abstract: This paper presents a new approach for telefabrication where a physical object is scanned in one location and fabricated in another location. This approach integrates threedimensional (3D) scanning, geometric processing ...

Abstract: One of the main issues in the design, modeling, and control of innovative automotive engines is to reduce energy consumption and emission of pollutants and, at the same time, to guarantee a high level of performance indices. ...

Abstract: Transient heat transfer behavior from a horizontally confined ceramic-based MCM disk with jet impingement has been systematically explored. The relevant parameters influencing heat transfer performance ...

Abstract: A novel semi-empirical model with an improved single blow method for exploring the heat transfer performance of porous aluminum-foam heat sinks in a channel has been successfully developed. The ...

Abstract: Shoe–floor interactions play a crucial role in determining the possibility of potential slip and fall during human walking. Biomechanical and tribological parameters influence the friction characteristics between the shoe ...

Abstract: Compared to manual therapy, robot therapy can provide more intensive and accurate rehabilitation training. However, most current devices are built on bulky and complex multi-degree-of-freedom (multi-DOF) mechanisms. Recently, ...

Abstract: Robotic devices are capable of reducing the physical burden on rehabilitation therapists and providing training programs of good repeatability, high efficiency, and high precision. When designing the kinematic structure ...

Abstract: A series of experimental investigations on the studies related to transient- and steady-state cooling performance from the horizontally heated heat sinks with a confined slot jet impingement have ...