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School of Fine Arts Design and Architecture / Architecture 2019 - 2020 Academic Year Structure I Ders Tasarımı (Syllabus)

This syllabus outlines the Structure I course which introduces students to basic structural engineering concepts and calculations through topics like internal forces, frame systems, strength, stress, and deformation. The course aims to teach students how to analyze and dimension structural design elements by reviewing principles of structural systems. Students will be assessed through exams, assignments, and presentations on their comprehension of basic structural analysis and ability to apply concepts to structural design.

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Metehan Sagir
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54 views1 page

School of Fine Arts Design and Architecture / Architecture 2019 - 2020 Academic Year Structure I Ders Tasarımı (Syllabus)

This syllabus outlines the Structure I course which introduces students to basic structural engineering concepts and calculations through topics like internal forces, frame systems, strength, stress, and deformation. The course aims to teach students how to analyze and dimension structural design elements by reviewing principles of structural systems. Students will be assessed through exams, assignments, and presentations on their comprehension of basic structural analysis and ability to apply concepts to structural design.

Uploaded by

Metehan Sagir
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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School of Fine Arts Design and Architecture / Architecture

2019 - 2020 Academic Year


STRUCTURE I
Ders Tasarımı (Syllabus)

Course Description
Name Code Semester T+A Hour Credit AKTS
STRUCTURE I MIM1224110 Spring Semester 2+2 3 3
Prerequisites Courses STRÜKTÜRÜN TEMELLERİ
Recommended Elective Courses
Language of Instruction Turkish
Course Level First Cycle (Bachelor's Degree)
Course Type Required
Course Coordinator Assist.Prof. Tahir AKKOYUNLU
Name of Lecturer(s) Assist.Prof. Tahir AKKOYUNLU, Lect. Doğan TÜRK, Lect. Seda GENÇ YILDIRIM
Assistant(s)
Teaching basic engineering calculations for design elements, Comprehension of principles of structural systems in practice, Teaching
Aim
basic principles of giving dimension to structural design elements, Teaching constructive principles of structural members.
This course contains; Orientation Week,Briefly review of basic of structures,Introduction to internal forces and cross section effects 1
(normal force, shear force, bending moment),Introduction to internal forces and cross section effects 2,Frame systems (truss)
(1),Frame systems (truss) (2),Introduction to strength and basic concepts (internal force, stress),Midterm Exam,Introduction to
Course Content
strength and basic concepts (hook law, deformation),Simple strength states (1) (axial force, buckling),Simple strength states (2)
(shear force),Simple states of strength (3) (torsion and bending moment),Space frame system, Examples from World,Space Frame
System, Examples from World (Presentations).
Assessment
Course Learning Outcomes Teaching Methods
Methods
1. basic engineering calculations for design elements 1, 15, 16, 4 A, D, E
2. comprehension of principles of structural systems in practice 1, 15, 16, 4 A, D, E
3. constructive principles of structural members 1, 15, 16, 4 A, D, E
Teaching Methods 1: -, 15: -, 16: -, 4: -
Assessment Methods A: -, D: -, E: -
Course Flow
Number Subjects Preliminary
1 Orientation Week
2 Briefly review of basic of structures
Introduction to internal forces and cross section effects 1 (normal force, shear
3
force, bending moment)
4 Introduction to internal forces and cross section effects 2
5 Frame systems (truss) (1)
6 Frame systems (truss) (2)
7 Introduction to strength and basic concepts (internal force, stress)
8 Midterm Exam
9 Introduction to strength and basic concepts (hook law, deformation)
10 Simple strength states (1) (axial force, buckling)
11 Simple strength states (2) (shear force)
12 Simple states of strength (3) (torsion and bending moment)
13 Space frame system, Examples from World
14 Space Frame System, Examples from World (Presentations)
Resources
to be distributed by the lecturer.1. Why Buildings Stand up? Mario Salvadori
2. Statics and Strength of Materials for Architecture and Building Construction, Barry Onouye, Kevin Kane
3. Principles of Structures, Ariel Hanaor

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