Naval Architecture Department

YTU FACULTY OF NAVAL ARCHITECTURE AND MARITIMEDEPARTMENT OF NAVAL ARCHITECTURE AND MARINE ENGINEERING

Course NameCodeRegularSemesterECTSCreditsCreditsLecture3

Application0Ship Resistance and Propulsion0633332633Laboratory(Hour/Week)0Course Language Turkish, EnglishCompulsory or ElectiveCompulsoryInstructorProf.Dr. Mesut GNER , Prof.Dr.Ahmet Dursun ALKAN

Course ContentsGeneral definition of Resistance / Similarity laws / Components of Ship Resistance / Model tests / Wind Resistance / Resistance Flow Current / Resistance at shallow water / Ships power calculations /Introduction to propulsion /Propulsion Types / Propeller Geometry and hydrodynamics / Propeller-Hull Interaction / Cavitation / Propeller Design / Propulsion Devices / Propeller Strenght and manufacture

Course ObjectivesIntroductory knowledge of ship ship resistance and propeller methods and calculationAcquiring tools in understanding and predicting resistance and powering of shipsDesign of propellers, capability in propulsion analysis

Course Outcomes (The knowledge and the skills that the student will gain at the end of the course)capability of using computational methods calculating ship resistance and propulsion performancecapability to develop design solutions on increasing ship dynamic performancecapability of using programming languages

TextbookGner, M., Kkner, A. Ve Baykal M.A. Gemi Pervaneleri ve Sevk Sistemleri T, 1999Baykal R. Ve Dikili C. Gemilerin Direnci ve Makina Gc, T 2002

Additional References

Carlton, J.S.,(1994) "Marine Propellers and Propulsion", Butterworth-Heinemann Ltd., Oxford, EnglandKafal, K., (1982) "Gemi Formunun Statik ve Dinamik Esaslar", T,stanbulRawson and Tupper (1976) "Basic Ship Theory", Longman, Cilt 1-2.Principles of Naval Architecture (1988), Cilt.2, SNAME.

Prerequisite CoursesFluid MechanicsPrerequisite SubjectsBasic Naval Architecture KnowledgeMathematical EquationsHomework/ProjectHomeworks for each chapter, Prediction of Ship resistance and propeller design

LaboratorySome experimental demonstration

Computer Applications

Using existing software to predict ship resistance and poweringAdditional Practices

Course Evaluation Criteria

NumberEffective Proportion %

Midterm Exams240

Quiz

Homework210

Term Projects

Term Papers

Laboratory

Other

Final Exam150Division of Course Credit (%)Basic Sciences 15

Basic Engineering and Departmental Core Courses 10

Departmental Core Courses75

Social Sciences

WEEKLY COURSE PLANWeekSubject1General definition of Resistance

2Similarity laws 3Components of Ship Resistance, Model tests4Wind Resistance Resistance Flow Current t(1. Midterm Exam)5Resistance at shallow water 6Ships power calculations 7Introduction to propulsion 8Propulsion Types9Propeller Geometry and hydrodynamics 10Propeller-Hull Interaction 11Cavitation (2. Midterm Exam)12Propeller Design 13Propulsion Devices 14Propeller Strength15Propeller Manufacture

Prepared by: Mesut Gner

Date:25.02.2004