In transonic high-pressure turbine stages, oblique shocks originating from vane trailing edges impact the suction side of each adjacent vane.High-pressure vanes are cooled to tolerate the combustor exit-temperature levels, then it is highly probable that shock impingement will occur in proximity to a row of cooling holes.The presence of such a shoc
The magnetic and electromagnetic shields are used to reduce the magnetic field in local spaces.Usually these shields are implemented in the form of a box or a cylinder.At the same time the magnetic field reduction in local spaces by means of passive loops is not considered in detail yet.So, Uva Ursi the present study considers shielding capabilitie
The ignition behavior of Ti3Al-based alloy in 220-380 m/s gas flow environment was studied by using friction ignition method.Combined with numerical calculations, the influence of airflow velocity on surface oxygen concentration and oxidation control step was analyzed, and then the influence of airflow velocity on ignition behavior was discussed.Th
In water-cooled nuclear power reactors, significant quantities of hydrogen could be produced following a postulated loss-of-coolant accident (LOCA) along with nonavailability of emergency core cooling system (ECCS).Passive autocatalytic recombiners (PAR) are implemented in the containment of water-cooled power reactors to mitigate the risk of hydro
Introduction: The Intertrochanteric fracture is a common hip trauma encountered in elderly patients.There is a lack of general agreement regarding its surgical Lofting Hook management and choice of implant.Purpose of this study to conclude the final decision matrix regarding surgical management of intertrochanteric fractures based on parameters ass