Hydrofoil sections operating near the free surface are highly prone to marine cavitation,
which is the appearance of vapor cavities inside an initially homogeneous liquid medium …

An iterative three dimensional Boundary Element Method (BEM) is formulated to investigate
partial cavitating flows around cylindrical bodies at various angles of attack and validation is …

This PhD thesis focuses on developing a highly automated, general–purpose software for
the analysis and design of practical applications in the field of fluid mechanics by exploiting …

In this study, the lift coefficient and wave deformations for a two-dimensional flat-plate in non-
cavitating condition were computed using a closed-form (analytic) solution. This plate moves …

Cavity flow around a wedge with rounded edges was studied, taking into account the
surface tension effect and the Brillouin–Villat criterion of cavity detachment. The liquid …

Recent advances in both experimental and numerical research have led to a better
understanding of the phenomenon of cavitation. However, in most marine applications of …

در پژوهش حاضر، به‌منظور شبیه‌سازی جریان همراه با کاویتاسیون جزئی حول پرتابه‌های مختلف
(سرتخت، سرکروی و سرمخروطی با زاویه مخروط 45درجه) به روش المان مرزی، یک کد سه‌بعدی تدوین …‎

Recent progress in numerical simulations and experimental research has led to a better
understanding of cavitation, enabling engineers to predict and alleviate its adverse effects …

In this thesis, the problem of cavitation reduction is addressed through shape optimization
using the adjoint method. The target is to design an optimized hydrofoil that minimizes the …