Structure and Stability of Ships - Piri Reis Üniversitesi

FACULTY OF PİRİ REİS UNIVERSITYMARITIME FACULTYMarine Engineering ProgrammeFALL Term Course Catalog FormCourse Name : Structure and Stability of ShipsDegree: BachelorCourse Implementation, Hours/WeekCode Year/Semester Local ECTS CreditsCreditsCourse Tutorial LaboratoryDECK 213 2/3 (fall) 3.5 5 3 1DepartmentInstructorsContact InformationMarine EngineeringProf.Dr. Deniz Ünsalan0 216 581 00 72 / dunsalan@pirireis.edu.trOffice Hours Wednesday 14.00 -17.00Web pagewww.pirireis.edu.trCourse TypeCompulsoryCourseLanguageEnglishCourse Prerequisites ME 122Course Category by Content, %Course DescriptionCourse ObjectivesCourse Learning OutcomesInstructional Methods andTechniquesTutorial PlaceBasicSciencesEngineeringScienceEngineering Design10 60 30HumanitiesThis purpose of this course is to introduce the students of necessary knowledgerelated to the structural features and mechanics of ships related to its buoyancy andstability at sea.1. To introduce students to the construction principles of ships2. To introduce students to the basics of ship buoyancy and stability3. To introduce students to the basic principles of ship steering, resistance andpropulsionTo supplement the courses in cargo operations and ship safety.A student successfully completing the course should be familiar to:1. The basics of ship types, geometry and drawings2. Fundamentals of ship buoyancy and stability in transversal and longitudinaldirections3. Calculations related to areas, volumes and moments via Simpson’s methods.4. Use of hydrostatic data5. Assess the effects of hull damage on ship stability and buoyancy.6. Loads acting on ships in calm water and in seaway.7. Basics features of hull construction and structural items8. Outfitting and piping in ships.9. Steering systems in ships10. Fundamentals of ship resistance and propulsion11. Survey of propulsion systemsCo-term ConditionTextbookOther ReferencesBasic Ship Theory I-II, Rawson and Tupper, LongmansMaritime Engineering Reference Book, and Principles of Naval Architecture(SNAME)Homework & Projects

Laboratory WorkComputer UseOther ActivitiesA visit to a local shipyardAssessment CriteriaActivities Quantity Effects on Grading, %AttendanceMidterm 1 35Quiz 1 5HomeworkTerm Paper/ProjectLaboratory WorkPracticesTutorialSeminarPresentationField StudyFinal Exam 1 60TOTAL 100Effects of Midterm on Grading, % 40Effects of Final on Grading, % 60TOTAL 100WeekTopicsCourseOutcomes1 Introduction to ships, classification of ships 12 Introduction to ship geometry, dimensions related to ships, coefficients of form 1,23 Lines plan of ships, table of offsets. Calculations of areas and volumes via Simpson’s method 1,24 Basics of ship stability, the concept of metacenter and stability curve 2,35 Longitudinal stability of ships, trim 3,46 Stability parameters from the table of offsets of ship, curves of stability 3,47 Damaged stability and stability when grounded or drydocked 58 Mid – Term Exam9 Forces and moments acting on a ship in calm water and at sea 610 Ship structure treated as a beam, distributions of weight, buoyancy, shear force and bending 6moment11 Structural elements of a ship and constructional details 712 Outfitting and piping systems 813 Steering of ships and rudders 914 Resistance of ships and propulsion, propulsors 10,11

Relationship between the Course and the Marine Engineering CurriculumLevel ofProgram OutcomesContribution1 2 3a An ability to apply knowledge of mathematics, science, and engineering Xb An ability to design and conduct experiments, as well as to analyze and interpret data Xc An ability to design a system, component or process to meet desired needs Xd Ability to function on multi-disciplinary teams Xe An ability to identify, formulate, and solve engineering problems Xf An understanding of professional and ethical responsibility Xg An ability to communicate effectively XhXThe broad education necessary to understand the impact of engineering solutions in a global and societalcontexti A recognition of the need for, and an ability to engage in life-long learning Xj A knowledge of contemporary issues Xk An ability to use the techniques, skills and modern engineering tools necessary for engineering practice XlmAn ability to apply legal, societal and environmental knowlegde in maritime transport and in all respectivemodes of transport operations.An ability to interpret and analysis of the data regarding maritime management and operations, recognitionand solution of problems for decision making process.1: Small, 2: Partial, 3: FullXXPrepared byProf.Dr. Deniz ÜNSALANDate2.03.2012Signature