Course Specification

Transcription

1 Course Name: Design of Concrete Structures (3) Course Code: CBE 303 A. Affiliation Relevant programs: Department offering the program: Construction and Building Engineering Department offering the course: Construction and Building Engineering Data of specification approval: B. Basic information Title: Design of Concrete Pre-requisite: CBE 207 Tutorial/Exercise: 3 Structures (3) Code: CBE 303 Credit Hours: 3 Practical: 2 Level: Third Year Lectures: 2 C. Professional information 1. Course Learning Objectives: The course aims to prepare and give knowledge to students to be familiar with special ways of loads distribution in slab and beams and ability to analyze the behavior of the various reinforced concrete structures. 2. Intended Learning Outcomes (ILOS) a. Knowledge and understanding: a-1 Recognize the different behaviour of reinforced concrete structures a.2 Understand the design bases of the reinforced concrete beams a-3 Design reinforced concrete slabs a.4 Recognize the principles of business management and related engineering and building construction a.4 Recognize the principles of business management and related engineering and building construction

2 b-intellectual skills: b-1. concludes the optimum design of reinforced concrete slabs and stairs. b-2 Characterize and assesses the optimal design of reinforced concrete beams b-3 Select the optimal design of concrete columns R.F.T b.4 Solve engineering problems on the basis of limited information and possibly contradictory b.5 Analyse wide range of problems relating to design and construction of buildings and civil engineering projects C-Professional and practical skills : c-1 Combine reinforced concrete structure details c-2- Use various steps in the design and implementation processes c-3 Understand techniques to design safe and functional structures c-4 Use different computer aided technologies and measurement tools c-5. collection and presentation of technical reports c-6. engineering drawings leads manually using automated computer drawing programs D-General and transferable skills: D-1 View the design ideas in a two-dimensional image D-2- Continue e to learn and keep abreast with future developments in the field D-3-Anlayze problems and determine various design alternatives D-4- Work in a stressful environment and within the restrictions d-5. cooperate effectively within a multidisciplinary team Distributed Systems Page 2

3 Course Contribution in the Program ILO s Course ILO s Program ILO s a Knowledge and understanding A4, A5, A6, A11, A16 b Intellectual skills B5,B6,B7,B12,B17 c Professional and practical skills C2,C3,C5,C8,C13,C17,C18 d General and transferable skills D1,D2,D7,D9 3.Contents: d-use the code: FIRST SECON THIRD Week Lecture Lecture hours FOURTH FIFTH SIXTH SEVENTH EIGHTH The properties of normal and reinforced concrete The properties of normal and reinforced concrete The behavior of reinforced concrete sectors The behavior of reinforced concrete sectors The distribution of loads in tiles The distribution of loads in tiles Design concrete sectors prone to bending moments Design concrete sectors prone to bending moments Practical properties of normal and reinforced concrete properties of regular concrete, reinforced behavior of reinforced concrete sectors behavior of reinforced concrete sectors distribution of loads in tiles distribution of loads in tiles design of concrete sectors prone to bending moments design of concrete sectors prone to Practical hours total Distributed Systems Page 3

4 Intellectual skills Knowledge & Understand ing Course ILO s Lecture Sections Tutorials Laboratory Written Exam Practical Exam Quizzes Term Papers Assignments Reports bending moments NINTH beams details TENTH beams details ELEVENTH columns details TWELFTH columns details Design reinforced THIRTEENTH concrete structure way concrete sections border cases under applied axil TWELFTH THIRTEENTH concrete structures concrete structures loads Design reinforced concrete sections under applied axil loads Exercises on how to arm the tire details 3. Teaching, Learning, and Assessment methods: Teaching and Learning Methods Assessment Method a1 a2 a3 a4 b1 b2 b3 b4 b5 b6 Distributed Systems Page 4

5 General Tran. skills Professional skills c1 c2 c3 c4 c5 c6 c7 c8 d1 d2 d3 d4 4. Assessment Timing Grading: Assessment Method Timing Grade (%) Semester Work: seminars, Bi-Weekly 20% quizzes assignments and reports Mid-Term Exam 6-th Week 20% Practical Exam Fifteenth week Written Exam. week 60% Total 100 % 5. List of references: Course notes: Required books: Recommended books: Periodicals, Web sites, etc. 6. Facilities required for teaching and learning: Course coordinator: Dr. ahmed afifi Head of the Department: Dr. Wael M. Montaser Date: / /2018 Distributed Systems Page 5