CODE 
MEC5010 

TITLE 
Fundamentals of Ship Science 

LEVEL 
05  Postgraduate Modular Diploma or Degree Course 

ECTS CREDITS 
5 

DEPARTMENT 
Mechanical Engineering 

DESCRIPTION 
This studyunit will cover fundamental theory and practical knowledge on:
 ship fundamentals, describing hull form characterisation and hydrostatics; upright, small and large angle intact stability; damage and flooding, describing deterministic, and probabilistic methods and floodable length calculations; regulations associated with stability, damage and flooding are considered such as IS2008 code, SOLAS & MARPOL;
 characterisation of resistance and measuring techniques, friction & residuary, viscous & pressure, energy and force based measurement techniques; empirical scaling methods of quantifying friction resistance and its application, Froude and form factor scaling, plate friction formulae, form factor methods and selected design data and regression analysis, such as Series 60, BSRA, Holtrop and Mennen;
 axial momentum theory as the rudimentary introduction to propeller science;
 maritime hydrodynamics, focusing on the modeling and analysis of sea waves kinematics, waveinduced loads on structures and dynamic response of floating structures under the combined action of waves, wind, gravity and inertial loads.
Studyunit Aims:
The main aim of this studyunit will be to introduce fundamental theoretical and practical knowledge about ships covering the following topics:
 Ship fundamentals of form, hydrostatics, stability, intact and damage conditions and floodability;  Fundamentals of resistance and propulsion covering the dual nature of hull resistance and basics of fluid behaviour round a propeller;  Hydrodynamics, covering the modelling and analysis of waves and waveinduced loads and motions of floating structures.
Learning Outcomes:
1. Knowledge & Understanding By the end of the studyunit the student will be able to:
 to characterise ship hull form;  to describe and discuss the upright, small and large angle stability conditions;  to discuss, interpret and apply the regulations concerning stability, damage and flooding;  to distinguish between the mechanisms that constitute the components of hull resistance;  to describe the various resistance measurement techniques;  to characterise the fluid mechanics and geometrical properties of a propeller;  to apply offdesign propeller performance data;  to describe the basic science of hydrodynamics;  describe the different type of waves;  list the degrees of freedom of floating structures;  distinguish between wave drag, inertial and diffracting loads;  define the terms added mass, stiffness and damping for a floating structure;  explain the limiting criteria for operating ships.
2. Skills By the end of the studyunit the student will be able to:
 to calculate ship hydrostatics;  to demonstrate the knowledge and implications of the regulations concerning stability through;  to perform intact, damage and flooding calculations through interpretation and implementation of the regulations;  to extrapolate and correlate ship resistance test data to life size models;  to compare and contrast the various resistance measurement techniques;  to calculate, design and establish geometrical properties of a propeller provided thrust and speed ship requirements;  apply fundamental theory to model regular and irregular waves;  determine the wave excitation loads due to regular waves;  derive the equation of motion for a floating structure;  characterise the motion of floating structures via the application of response amplitude operators (RAOs).
Main Text/s and any supplementary readings:
Main Text:
 The Maritime Engineering Reference Book. A Guide to Ship Design, Construction and Operation, Anthony F. Molland (Editor), ButterworthHeinemann, 1st Edition (October 28, 2008), ISBN13: 9780750689878.  Introduction to Naval Architecture, Eric C Tupper, ButterworthHeinemann; 4th Edition (January 4, 2005). ISBN13: 9780750665544.  Ship Resistance and Propulsion: Practical Estimation of propulsive Power, Anthony F. Molland, Stephen R. Turnock, Dominic A. Hudson, Cambridge University Press; 1st Edition (August 8, 2011), ISBN13: 9781107008014.  Sea Loads on Ships and Offshore Structures (Cambridge Ocean Technology Series), O. Faltinsen, Cambridge University Press; Reprint Edition (September 24, 1993), ISBN13: 9780521458702.
Supplementary Reading:
 International Code on Intact Stability, 2008: 2009 Edition, International Maritime Organization Publications, (2009), 3rd Edition, IB874E, ASIN: B018OENWFS.  SOLAS: Consolidated Text of the International Convention for the Safety of Life at Sea, 1974, and Its Protocol of 1988 Articles, Annexes and ... All Amendments in Effect from 1 July 2009, International Maritime Organization Publications, (2009), consolidated edition (December 1, 2009), 5th Edition, ISBN13: 9789280115055.  MARPOL Consolidated Edition 2011, International Maritime Organization Publications, (2011), consolidated edition, 5th Edition, ISBN13: 9789280115321.


STUDYUNIT TYPE 
Lecture and Independent Study 

METHOD OF ASSESSMENT 
Assessment Component/s 
Resit Availability 
Weighting 
Examination (3 Hours)

Yes 
100% 


LECTURER/S 
Claire De Marco (Coord.) Simon Mizzi Tonio Sant


The University makes every effort to ensure that the published Courses Plans, Programmes of Study and StudyUnit information are complete and uptodate at the time of publication. The University reserves the right to make changes in case errors are detected after publication.
The availability of optional units may be subject to timetabling constraints.
Units not attracting a sufficient number of registrations may be withdrawn without notice.
It should be noted that all the information in the studyunit description above applies to the academic year 2017/8, if studyunit is available during this academic year, and may be subject to change in subsequent years.

22 October 2017
http://www.um.edu.mt/eng/studyunit

