NABP3002 Vessel management - hydrostatic

Contents and structure

Introduction to hydrostatic, stability and trim on ship or vessel.

Learning Outcome

Knowledge

The student:

• Has broad knowledge within central topics, issues, tools and methods within hydrostatics and stability.
• Has knowledge of initial stability, trim, list, dynamic and static stability, effect of free liquid surface, icing, loadline and damage stability.
• Knows of reserach and development within hydostatics and stability
• can update their knowledge within hydostatics and stability

Skills

The student:

• Can demonstrate which factors affect a vessel's hydrostatics and stability
• Can carry out calculations within stability, damage stability, trim, list, dynamic stability, static stability, free liquid surface effect, icing and loadline
• Can use hydrostatic data to solve stability and trim issues for a specific vessel
• Can do well founded choices based on academic and professional knowledge and relevant results from reserach and development within hydrostatics and stability
• Can find, evaluate and refer to information and use this on relevant issues related to hydrostatics and stability
• Can reflect on central topics within maintenance, hydrostatics and stability in a sustainable perspective

General competence

The student:

• Can communicate relevant academic content as theories, problems and solutions in writing and orally
• Can disseminate views related to ship stability, construction or design with others within the maritime domain amd contribute to development of practice
• Can plan and execute tasks and projects within ethical standards and regulations
• Has competence in accordance with relevant parts of STCW 78 as Amended, table A-II/1 and A-II/2

Entry requirements

NABP1001 Physics

Recommended previous knowledge

NABP1002 Mathematics

NABP3001 Vessel Management 1

Teaching methods

Lectures, work shops and assignements when onboard

Compulsory learning activities

There will be three compulsory assignments of which 2 must be approved.

Assignments will consist of up to 20 tasks each.

Each assignment will be a combination of given lectures and mathematical computations.

Dates for submission of compulsory work will be given at the start of the semester.

Assessment

Written exam, 5 hours

Graded A - F, where "A" is best score and "E" is the lowest pass score. Grade "F" is reserved for excam not passed.

Examination support material

Allowed calculator is: Casio fx-991EX.

Teknisk formelsamling med tabeller by Svein Erik Pedersen, Jan Gustavsen, Svein Kaasa og Oddmund Olsen.

More about examination support material