ObjectiveThis study aims to investigate the influence and mechanism of a cup structure on the hydrodynamic performance of a surface-piercing propeller.MethodsBased on the RANS method and combined with the volume of fluid (VOF) and sliding mesh methods, a numerical simulation is carried out on an Beer Glass Gift Box 841-B surface-piercing propeller
Background Schizophrenia is a debilitating disorder making it a challenge for clinicians to manage its heterogeneous symptom profile.Antipsychotics remain the main modality of its treatment.However, some symptoms persist after an optimal dose of antipsychotics.The affective and cognitive symptoms need a holistic approach for resolution.Biofeedback
Medicine uses body fluids for the construction of medical knowledge in the laboratory and at the same time considers them as potentially infectious or dirty.In this model, bodies are in constant need of hygienic discipline if they are to adhere to the ideal of the closed and clean organism without leakage of fluids.In contrast, psychoanalytical fem
Egyptian Oases are still the most varied in the world, each one has a special character.Siwa Oasis is a place of magic and quietness with a unique ecology.This research tends to show the problems associated with the traditional construction technique in Siwa oasis due to the weakness of the available building materials such as Karshif particles and