Lecture 1 – Sources and fundamental postulates
1. ders · 1. Ders Notu
Electromagnetic Field Theory ELM341 Lecture Notes
Elektromanyetik Alan Teorisi — ders notları, çıkmış sorular, projeler · Gebze Teknik Üniversitesi (GTÜ) Elektronik Mühendisliği
Vector analysis, electrostatics (Coulomb's and Gauss's laws, potential, boundary conditions), magnetostatics and Maxwell's equations.
Vektör analizi, elektrostatik (Coulomb ve Gauss yasaları, potansiyel, sınır koşulları), manyetostatik ve Maxwell denklemleri.
- Semester 5 · Fall 2023–24
- 15 lecture notes
- 9 recitation notes
- 27 digital notes
- 8 past exams
- 3 exam-prep files
- 1 project
On this page: Lecture notes Recitation notes Digital notes (LaTeX) Past exams Exam preparation Projects Textbooks
Most files are in Turkish; file and folder names are shown as they appear in the repository.
Lecture notes
- Ders1Digital version
- Ders2Digital version
- Ders3Digital version
- Ders4Digital version
- Ders5Digital version
- Ders6Digital version
- Ders7Digital version
- Ders8Digital version
- Ders9Digital version
- Ders10Digital version
- Ders11Digital version
- Ders12Digital version
- Ders13Digital version
- Ders14Digital version
- Ders15Digital version
Recitation notes
Digital notes (LaTeX)
Searchable digital versions of the handwritten notes, typeset in LaTeX (the notes are written in Turkish). Template and build: latex-sablon.
Notice: The digital notes were created from the handwritten notes with the help of Claude (Anthropic); they are meant as a supplementary resource and may contain errors. Always rely on the original notes and the official course materials.
Lecture 2 – Law of motion, mass–velocity relation, electric interaction
Çekme yasası · Hareket yasası · Elektriksel etkileşim yasası
Lecture 3 – Electrostatics: Coulomb's law and the electric field
Elektrostatik · Uygulama
Lecture 4 – Electric field and potential: grad, div, curl
Sayfa 17 Problem 1 · N+1 yük olma durumu · Yükler ayrık değil de bir bölgeye dağılmışsa
Lecture 7 – Electric dipole, complex numbers, Gauss's theorem
Dipol (Elektriksel) · Hadi kompleks sayılardan bahsedelim · Gauss Teoremi
Lecture 8 – Gauss–Ostrogradsky theorem, Gauss's law
Gauss–Ostrogradski Teo
Lecture 9 – Charge distributions and the Dirac distribution
Değişik Türden yük dağılımları ve Dirac Distribüsyonu
Lecture 11 – Force on a surface charge
Yüzeysel yüke etki eden kuvvet · Sayfa 55 problem 1
Lecture 14 – The concept and method of images
Görüntü kavramı ve yöntemi · Kapasite problemi
Vector analysis: grad, div, curl and coordinate systems
Gradyan · Divergans · Rotasyonel · Kartezyan koordinatlar · Silindirik koordinatlar · Küresel koordinatlar
Fields of a charged sphere, disk and parallel planes
Neyse yeni soruya geçelim
Final exam study: 2023 past exam
Soru 1 · Soru 2 · Soru 3 · Silindirik · Sınır koşulları
Final study note (recitation and lecture notes)
Uygulama 7 – İç içe iki küre · Ders 9 – Değişik türden yük dağılımları ve Dirac Distribüsyonu · δ(x)'in özellikleri · Uygulama 8 – sayfa 43 · Ders 10 · Ders 11 – Yüzeysel yüke etki eden kuvvet
Final exam study notes
Uygulama 7 – iç içe iki küre · Ders 9: Değişik türden yük dağılımları ve Dirac Distribüsyonu · δ(x)'in özellikleri · Uygulama 8 (sayfa 43) · Ders 10 · Ders 11
Past exams
Projects
Computer project – concentric conducting spheres (electrostatics, MATLAB)
Textbooks
Sources used in the course (the books themselves are not published because of copyright):
- Mithat İdemen — Elektromagnetik Alan Teorisinin Temelleri
- Elektromanyetik – çözümlü problemler kitabı
Other courses this semester
Analog Communication Systems · Electromechanical Energy Conversion · Electronics II · Electronics Laboratory II · Microprocessors · Microprocessors Laboratory
Open the folder on GitHub← Semester 5
Course materials belong to their instructors and GTU and are shared for educational purposes only.