ITU-TRNC Student Affairs ITU-TRNC Student Affairs ITU-TRNC Student Affairs ITU-TRNC Student Affairs
  • Namık Kemal Mah.
  • Fazıl Polat Paşa Bulvarı
  • Famagusta
  • Turkish Republic of Northern Cyprus
  • 99450
  • (+90) 392 630 5000
  • kktcogrenciisleri@itu.edu.tr
instagram
facebook
twitter
youtube
  • COURSES
    • COURSE PLANS
    • COURSE SCHEDULES
    • COURSE CATALOGUES
  • FORMS & PETITIONS
    • FORMS
    • PETITIONS
  • INTERNSHIP
    • INTERNSHIP INFORMATION
    • GENERAL INTERNSHIP PRINCIPLES
    • INTERNSHIP PROCESS
    • INTERNSHIP DOCUMENTS
    • ADDITIONAL INTERNSHIP PRINCIPLES
    • PROGRAM INTERNSHIP COMMISSION COORDINATORS
  • TRANSFER
    • ACADEMIC TRANSFER
    • DUAL PROGRAMS
    • EQUIVALENCE DOCUMENT
  • TUITION
    • FEES
    • SCHOLARSHIPS
  • REGULATIONS
    • RULES AND REGULATIONS
    • REGISTRATION PROCEDURES AND PRINCIPLES

ITU North Cyprus     Portal     ITU Help

  • TR
  • EN
ITU-TRNC Student Affairs ITU-TRNC Student Affairs ITU-TRNC Student Affairs ITU-TRNC Student Affairs
  • COURSES
    • COURSE PLANS
    • COURSE SCHEDULES
    • COURSE CATALOGUES
  • FORMS & PETITIONS
    • FORMS
    • PETITIONS
  • INTERNSHIP
    • INTERNSHIP INFORMATION
    • GENERAL INTERNSHIP PRINCIPLES
    • INTERNSHIP PROCESS
    • INTERNSHIP DOCUMENTS
    • ADDITIONAL INTERNSHIP PRINCIPLES
    • PROGRAM INTERNSHIP COMMISSION COORDINATORS
  • TRANSFER
    • ACADEMIC TRANSFER
    • DUAL PROGRAMS
    • EQUIVALENCE DOCUMENT
  • TUITION
    • FEES
    • SCHOLARSHIPS
  • REGULATIONS
    • RULES AND REGULATIONS
    • REGISTRATION PROCEDURES AND PRINCIPLES
SIS LOGIN
  1. You are here:  
  2. Home
  3. COURSES
  4. NAE 461

NAE 461

DERS PROGRAMI FORMU

COURSE SYLLABUS FORM

Dersin Adı Course Name
Deniz Yapılarının Mekaniği Mechanics of Marine Structures
Kodu
(Code)
Yarıyılı
(Semester)
Kredi
(Credit)
AKTS Kredisi
(ECTS Credit)
Ders Uygulaması, Saat/Hafta
(Course Implementation, Hours/Week)
Ders
(Theoretical)
Uygulama
(Tutorial)
Laboratuvar
(Laboratory)
NAE 461 6, 7 ve 8 2 3 2 0 0
Bölüm/Program
(Department/Program)
Gemi İnşaatı ve Gemi Makinaları Mühendisliği / Gemi Makineleri İşletme Mühendisliği
(Naval Architecture and Marine Engineering / Marine Enginnering)
Dersin Türü
(Course Type)
Seçmeli (Elective) Dersin Dili
(Course Language)
İngilizce (English)
Dersin Önkoşulları
(Course Prerequisites)
Yok
(None)
Dersin Mesleki Bileşene Katkısı, %
(Course Category by Content, %)
Temel Bilim
(Basic Sciences)
Temel Mühendislik
(Engineering Science)
Mühendislik Tasarım
(Engineering Design)
İnsan ve Toplum Bilim
(General Education)
- - 100 -
Dersin İçeriği
(Course Description)
Fiziksel süreçlerin matematiksel ve sayısal modellenmesi, Sonlu Eleman Yöntemi’ne genel bir bakış: Temel adımların tanıtılması, Sonlu Eleman Yöntemi’nin Lineer elastisitenin temel eşitliklerinin ve bir boyutlu (1-B) yapısal sistemlerin mekanik davranışlarının gözden geçirilmesi, ‘Minimum toplam potansiyel enerji’ prensibi kullanılarak yapısal mekanik problemlerinin sonlu eleman formülasyonu, Diferansiyel denklemlerin varyasyonel formülasyonu ve sonlu eleman analiziyle ilişkisi, Sonlu Eleman Yöntemi’nin karakteristikleri: Ana ve ikincil değişkenler, yaklaşım fonksiyonları, yakınsama, 1-B yapısal sistemlerin sonlu eleman analizi: Çubuk, şaft, kiriş ve çerçeve sistemler, Ticari sonlu eleman yazılımlarına bir örnek: Ansys, Ansys yazılımının 1-B yapısal sistemlere uygulanması, Sembolik bir matematiksel çözücünün (Mathematica) lineer cebir problemlerinde kullanımı
Mathematical and numerical modeling of physical processes, A general introduction to the Finite Element Method: Fundamental steps, Application of the Finite Element Method to simple structural systems: Direct approach, Review of the fundamental equations of linear elasticity and mechanical behavior of one dimensional (1-D) structural systems, Finite element formulation of structural mechanics problems by using the ‘minimum total potential energy principle’, Variational formulation of differential equations and its relation with finite element analysis, Characteristics of the Finite Element Method: Primary and secondary variables, interpolation functions, convergence, Finite element analysis of 1-D structural systems: Bars, shafts, beams and frames, An example of commercial finite element softwares: Ansys, Application of Ansys to 1-D structural problems,Application of a symbolic mathematical solver (Mathematica) for linear algebra problems.
  • Marine Engineering
  • Naval Architecture and Marine Engineering
  • Marine Engineering
  • Naval Architecture and Marine Engineering
Previous article: NAE 471 Prev Next article: NAE 451 Next
  • Common Pool 16
  • Computer Engineering 10
  • Electrical and Electronics Engineering 1
  • Industrial Engineering 16
  • Economics and Finance 29
  • Architecture 17
  • Interior Architecture 46
  • Maritime Business Administration 2
  • Marine Transportation and Management Engineering 90
  • Marine Engineering 118
  • Naval Architecture and Marine Engineering 140
  • Namık Kemal Mah.
  • Fazıl Polat Paşa Bulvarı
  • Famagusta
  • Turkish Republic of Northern Cyprus
  • 99450
  • (+90) 392 630 5000
  • kktcogrenciisleri@itu.edu.tr
instagram
facebook
twitter
youtube

Copyright © 2025 ITU-TRNC Student Affairs. All Rights Reserved.