Mechanics, Building Construction and Civil Engineering and Computer Fundamentals.

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1 COURSE PROGRAMME COURSE NAME: Structural Engineering 1 GROUP: CREDITS: BECONU06A3 6 cr TEACHER: TIME: OBJECTIVE: This course provides an understanding of the practice of structural engineering. It builds upon the fundamental skills developoed in Mechanics and Building Construction and presents the principles of structures and their elements. The course provides a perspective for dealing with the issues of strength, stiffness and stability. The study of the interrelationship between analysis and design of structural systems, timber, structural steel, reinforced concrete and masonry systems are discussed. It also introduces students to the use of building codes for design criteria. RECOMMENDED BACKGROUND: STUDY METHODS: Mechanics, Building Construction and Civil Engineering and Computer Fundamentals. Hands-on design experience and skills will be gained and learned through problem sets and a comprehensive design project. An understanding of real world open- ended design issues will be developed. The student is a member of A learning group and attends the contact sessions, seminars and excursions. The course equals 160 student- hours, 64 lesson-hours + 32 practice- hours + 64 independent work hours. 1

2 COMPLETION REQUIREMMENTS: Final grades will be calculated as follows: Activitity 20% Assignments 50% Final Exam 30% REFERENCES: STEP 1-2 Timber Engineering Programme Concrete Structures Euro Handbook 1994/96 Ernst & Sohn Concrete Centre: How to Design Concrete Structures ACCESS ESDEP SSEDTA Ellison D.C.,Huntington W.C.,Mickadeit R.E., Building Construction Nilson, A. H. Design of Cocrete Structures, 13th edition. McGraw Hill, 2004 McCormac, J.C.Nelson, J.K.Jr., Structural Steel Design 3rd edition Prentice Hall, N.J., 2003 EC5 Esimerkkilaskelmat Kähkönen: Kantavat Puurakenteet Betonitekniikan oppikirja 201 Betonirakenteiden perusteet 203 Betonirakenteiden oppikirja 210 Teräsrakenne-romppu Saarinen Eero, Teräsrakenteiden Suunnittelu, Eurocode Höyhtyä, Vänttinen, Muuratut Rakenteet Ilveskoski Olli, Structural Engineering I Study Books 1-4 ASSIGNMENTS: Problem sets and a comprehensive design project such as a residential small house.the assignments are made in 3 student's workgroups and presented in the Final Seminar with A1 -tables consisting the portfolio and final designs. 2

3 COURSE TIMETABLE: INTRODUCTION Wellcome to study Structural Engineering I. 1 TIMBER STRUCTURES We start with Timber Structures and the objective is to introduce the basics of timber structures. The student takes part in the structural design of timber frame residential small houses, which are also studied in other courses like Building Construction and BIM Building Information Modell. Later on other structural systems as timber portal frames and multi-storey houses are presented. Much of the source material and readings are in the address: and in the publications: EC5 Esimerkkilaskelmat and Kähkönen: Kantavat Puurakenteet, Insinööriopetus The study books present in more detail the themes, contents, study material and source material. They are abreviations of the course's web- presentation, which are in the address: user: amk@amk.fi id: jasenamk12. The still under construction material presents themes like timber frame residential houses, multi-storey residential houses and portal frames made of timber, steel and concrete. 2 h lessons+ 1 h practices+ 2 h independent work= 5 hours/week INTRODUCTION Timber Construction Courseware of Technique TIMBER STRUCTURES 2 Timber Products abreviation, more 3 TimberDesignCriteria, Timber Element Design, EC5 4 EC1 Loads, Timber Element Design 5 B1 Varmuus ja kuormitukset Loads, Timber Element Design, 6 B10 Puurakenteet Timber Structures Element Design 7 Timber Element Design, EC5+ B10 8 Timber Framing and Bracing Single House Framing 3

4 9 CONCRETE STRUCTURES The objective is to introduce the basics of concrete structures. The student takes part in the structural design of concrete structures of residential small houses. Much of the source material material and readings are in the addresses: and and in the publications: By: Betonitekniikan oppikirja 201, Betonirakenteiden perusteet 203 and Betonirakenteiden oppikirja 210. Study- books present in more detail the themes, contents, study material and source material. The books are abreviations of web-presentations, which are in the address: user: id: jasenamk12. The still under construction material presents themes like concrete-frame residential houses. Concrete Introduction Concrete Construction 10 Concrete Construction 11 EC2, Element Design 12 Concrete Technique EC2, B4 13 Concrete Design Criteria EC2, B4 14 B4 Concrete regulations Element Design 15 Concrete Element Design 16 Concrete Structures of Residential Houses 4

5 STEEL STRUCTURES The objective is to introduce the basics of steel sructures. The student takes part in the structural design of steel structures of a residential small house.much of the source material and readings are in the address: and in the publications TERÄSRAKENNE-romppu and Saarinen Eero : Teräsrakenteiden Suunnittelu, Eurocode, Electrical version, Teräsrakenneyhdistys. Study-books present in more detail the themes, contents, study material and source material. The books are abreviations of webpresentations, which are in the address : user: amk@amk.fi id: jasenamk12. The still under construction material presents themes like steel strucures of a small house: roofs, balcony columns, beams e.g. ELearning materials like ACCESS, SSEDTA and ESDEP are developed for the smooth introduction of EuroCode. Struct Eng I Steel Introduction 1-15 Johdanto SSEDTA ESDEP english ESDEP finnish Steeluniversity.org Struct Eng I Steel Products Terästuotteet Struct Eng I Design Introduction Struct Eng I Processing and Metallurgy Teräksen valmistus Struct Eng I Fabrication and Erection Tuotanto ja asennus Struct Eng I Corrosion and Surfacing Pintakäsittely Struct Eng I Fire Palotekniikka Struct Eng I Element Design Mitoitus 5

6 Struct Eng I Thin Walled Ohutlevyrakenteet Struct Eng I Connections Struct Eng I Single Storey Portal Esimerkit Dokumentit Struct Eng I Single House B7 Steel regulations TERÄSRAKENNE-cd 25 MASONRY The objective is to introduce the basics of masonry. The student takes part in the structural design of masonry of residential small houses. Much of the source material and readings are in the addresses: and The criterias of masonry design are presented in EuroCode 6. The prevailing design regulation B8 is also studied. Study-book is J.Kinnunen, Muuratut Rakenteet 2 RKOY 26 B8 Masonry 6

7 27 ASSIGNMENT The objective is to make in the 3 student work group the structural designs and specifications of a chosen small residential house prefarably the same building that has been studied and modelled in previous courses. The porfolio consists documents like: description of the design and building process, design schedule, framing, loads, constructions: envelope, floors, e.g., foundations, the design of structural elements: beams, columns, trusses, foundations, BIM-modells, drawings, plans, sections, details, specifications, e.g. The schedule of the process is agreed and the process is documented in the portfolio: preliminary phase, schematics, design phase, contractor selection design phase, construction phase. The assignment is presented in the Final Seminar with A1- tables consisting the portfolio and final designs. Assignment Inroduction 29 Assigment Structural Designs Assignment Foundations 30 Assignment Timber Framing Assigmnent Bracing 31 Assignment Concrete Framing Assignment Process Thermal Firesafety 32 Assignment Steel Structures 7