This study investigates the convective heat transfer of a hybrid nanofluid filled in a triangular
cavity subjected to a constant magnetic field and heated by a constant heat flux element …

The paper presents a detailed computational study of flow patterns and performance indices
in a dimpled parallel thrust bearing. The bearing consists of eight pads; the stator surface of …

To perform vibration analysis, many structures could be modeled entirely or partially as
beams with variable or constant cross section. In this study, the differential equations for free …

Vertical axis wind turbines have always been a controversial technology; claims regarding
their benefits and drawbacks have been debated since the initial patent in 1931. Despite this …

Rotordynamic instability due to fluid flow in seals is a well known phenomenon that can
occur in pumps as well as in steam turbines and air compressors. While analysis methods …

Traditional annular seal models are based on bulk flow theory. While these methods are
computationally efficient and can predict dynamic properties fairly well for short seals, they …

The dynamic characteristics of tilting-pad journal bearings (TPJBs) are strongly related to
their geometric parameters, most importantly the bearing clearance. In turn, the bearing …

The inlet deflection angle is an important blade design parameter with respect to both
performance and manufacturability of torque converters. This study investigated the …

Recent studies have shown that smart restraint systems, which will recognize and then
adapt to a specific collision and occupant combination, have a strong opportunity to …

Textured thrust bearings are capable of providing higher load capacity and lower friction
torque compared to nontextured bearings. However, most previous optimization efforts for …