OVERVIEW

Computational Fluid Dynamics (CFD) is becoming more and more attractive in the marine industry, as a complementary tool to usual model and full scale measurements. A deep knowledge of the theoretical basis of each approach, their limitations, the applicability fields and the quality of the results is, consequently, fundamental for the successful applicability of these approaches to design and analysis problems.  

LEARNING OUTCOMES

Briefly introduction to the basis equations for the Fluid Dynamics and introduction to the latest   approaches (theoretical basis and numerical implementations) for the numerical solutions of the typical problems related to the Naval Architecture (propulsion, hull resistence, cavitation). Development of simple numerical tools and application of high-fidelity solvers (RANSE) in order to identify their applicability to design pproblems, possible limitations and fields of application. 

Teaching methods

Oral lessons and computer lab.

RECOMMENDED READING/BIBLIOGRAPHY

J. Katz & A. Plotkin, "Low Speed Aerodynamics - From wing theory to panel method", McGraw-Hill

J.H. Ferziger & M. Peric, "Computational Methods for Fluid Dynamics", Springer

Exam Board

DIEGO VILLA (President)

STEFANO GAGGERO (President)

DARIO BOOTE

Teaching methods

Oral lessons and computer lab.

Exam description

Orla exam. If the number of student is considerable also a prliminary writen exam can be planned.

Assessment methods

The student must be albe to expose clearly all the topics explained during the lessons.