After successful completion of the course, students are able to:

• predict ship's stability (buoyancy) of the intact ship and in the event of a leak.
• apply the hydrodynamic principles for determining the power requirements of ships (e.g. ship shape optimization, propeller theory, interaction of ship and propeller, as well as various propulsion options for ships).
• optimize ships with a view to minimizing emissions.

Hydrostatics: geometry of ships, lines plans; hydrostatic calculations: stability of intact and damaged ships; strength of ships; hydrodynamics; resistance: contributions to overall resistance; propulsion of ships: propulsion units

Lecture by talking based to relevant features, combined with projected pictures, printet sheets and drawings.

ONLINE-LECTURE!!

START: October 14, 2021, 08:15-09:45

Registration for Prof. Strasser: gerhard.strasser@sva.at

Intense talking with students about relevant features that were explained during lectures.

Lecture notes for this course are available. beim Vortragenden