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TED UNIVERSITY

CE 314
Reinforced Concrete Fundamentals

SYLLABUS/SPRING 2016

Behavior and strength of members under combined shear and bending. Tankut T. Course Description Mechanical behavior of concrete in uniaxial and multiaxial states of stress. Mechanical behavior of reinforcing steel. confinement. Reinforced Concrete Fun- ings damentals and b) Park & Paulay. Among them a) Ferguson. Alternatively you may also take appointment their office hours from Selen Dikmenli (312)585-0100) Teaching Assis- To be announced later. Required Date Prepared January 2016 tive Elective Tu. Recomended Read.tr and reg- Course Web Pages ularly follow this link to have access to course materials. 09:00 – 11:00 Class Hours Room A116 Semester Spring 2016 and Class- Wd. 14:00 – 15:00 rooms Room A116 Course Credit Pre-requisite/ Hours/ ECTS (3+0+0) 3 / 6 CE214 Co-requisite credits Level of Language of In. Breen & Jirsa. Güney Özcebe Instructors and (All available times. tant(s) Reinforced Concrete by Ersoy U. B3) 1 . METU-Press. Course Objective This course aims to establish the basic principles of reinforced concrete structural member and sys- tem behavior and to introduce the basic principles of the analytical methods and design proce- dures. students will be able to: 1.Course Information Required or Elec. Course Learning Outcomes On successful completion of this course. Reinforced Concrete Structures are of particular importance.  English Junior Course struction  Turkish Prof. Dr. Ozcebe G. Behavior and strength of members under combined bending and axial load.tedu.edu. Behavior and strength of uniaxially loaded members. Textbook 2012 Any introductory Reinforced Concrete book available in the library. Behavior and strength of members in pure bending. interpret indications of different reinforced concrete structural behavior types to a certain extent (B1. Please register to Moodle page http://moodle. Time dependent behav- ior of concrete.

1. Each term test will cover all the material studied from the beginning to that date. It is your own responsibility to follow all assignment notification e-mails. The students are responsible from these materials in the exams regardless of the cove- rage of this material in the lectures.  Besides. You are expected to solve all assigned questions and submit them via the same platform.1 uniaxial stress: uniaxial loading. reading assignment from the text book will be issued whenever appropriate. the uniaxial loading part of #2. Midterm Exams (55%): Two term tests will be given on the announced dates. Final (30%): There will be a cumulative final. C. #1.1.2 state how the time dependent deformations affect the behavior of R/C members and the structural safety (B1) 2. Homework Assignments.2. combined bending & axial Load (B5) 2. Course Assessments & Learning Outcomes Matrix Assessment Methods Course Learning Outcomes Homework Assignments #1. All assignments will be posted and collected via Moodle Page of the course. 1.3 Midterm Exam II #1.#3 Midterm Exam I #1. B. Late homework submissions will be penalized 25 percent for each day. pure bending. check the validity of computer outcomes using some simple manual approximate methods of computation(B4) Course Assignments A. Quizzes and Reading Assignments (15%):  A number of problems will be assigned for each subject studied.2 biaxial stress: shear (B5) 2. perform analysis and design computations of structural members subjected to 2. #2 Extended Description 2 . #2. #2.1 interpret the material behavior of concrete and steel under uniaxial and multiaxial states of stress (B3) 1.3 Final Exam #1. You will receive an assignment notification e-mail once the assignment is posted.  Depending on the performance of the class pop-up quizzes can be given.3 and state how the concept of structural safety is employed in the design of R/C mem- bers by following different design philosophies (B5) 3.

hrs  Case Study Analysis ............. hrs  Demonstration ......... Employ state-of-the-art engineering techniques and computing tools necessary for creative engineering solutions Teaching Methods & Learning Activities  Telling/Explaining  Simulations & Games  Discussions/Debates  Video Presentations  Questioning  Oral Presentations/Reports  Reading  Concept Mapping  Peer Teaching  Brainstorming  Scaffolding/Coaching  Drama/Role Playing  Demonstrating  Seminars  Problem Solving  Field Trips  Inquiry  Guest Speakers  Collaborating  Hands-on Activities  Think-Pair-Share  Service Learning  Predict-Observe-Explain  Web Searching  Microteaching  Experiments  Case Study/Scenario Analysis  Other(s) Student Workload  Lectures .................................. hrs  Lab Applications .................. hrs  Mock Designs ........................................... hrs  Web Designs ......................................... hrs  Oral Presentation/Reports ... hrs  Hands-on Work ................................................................................. 84 hrs  Research Review ....... hrs  Course Readings . innovative and sustainable civil engineering systems or processes to meet desired needs within a greater societal context vi............... 5 hrs  Work Placement ......... formulate...................... hrs  Workshop ................................................................... Apply knowledge of mathematics.. hrs  Report on a Topic ................................. hrs  Observation .................................. hrs  Team Meetings .. science........... 15 hrs 3 ............... and solve engineering problems xi.............. 15 hrs  Debate ......... hrs  Online Discussion ............... hrs  Exams/Quizzes ...... hrs  Poster Presentation ............. 42 hrs  Resource Review ......................................................................... 10 hrs  Other: Homework ................ Identify........ hrs  Field Trips/Visits .................................................................................................................... and engineering to design and implement original...................................Relationship to Program Outcomes This course contributes to fulfillment of the following program outcomes: ii...................

Design Philosophies 2-3  Probabilistic basis of design philosophies 4 -5  Uniaxially Loaded Members 5–7  Pure Bending 7  Midterm Exam #1 8  Pure Bending 9-11  Combined Bending and Axial Loading 12  Midterm Exam #2 12-13  Shear 14  Bond Course Policies and Some Remarks Attendance As an instructor teaching this course over 30 years. including the exams. Calculator Policy I am using my calculator for more than 40 years now. Benefitting old- wise-men experiences always help. my records indicate that the students with an attendance rate less than 85 percent have a very high chance to get mark over BB.Assessment Methods  Test/Exam  Self-evaluation  Quiz  Peer Evaluation  Oral Questioning  Portfolio  Performance Project  Presentation (Oral. Why shouldn’t you? 4 . In order to get a good grade I strongly advise my students not to miss any course. On the contrary failure rate rapidly increases among those students who attend less than 70 percent of all lectures. Poster)  Written  Oral  Other(s): Homework  Observation Week Topics 1 -2  Introduction: Materials.

the work you hand in must be solely your own. please contact Dean of Students Ms Pınar baloş. For more information please see Handbook for Registered Students.tr. The use of these devices during the exam is strictly not allowed. be original and be among those blessed people that never articulated these words. a throat relieving pastille or an antipyretic may help you much better than writing a make-up exam. a soft paper tissue. For more information on TEDU policy on intellectual integrity see the link http://student. Plagiarism Collaboration on non-collected homework and in studying is strongly encouraged. for not-so-serious illnesses such as having a runny nose. (email: pinar.pdf Don’t be someone saying “All my best thoughts were stolen by the ancients. (Ralph Waldo Emer- son). phone: 312-585-0132 ).edu.tr/sites/default/files/content_files/2015-2016ogrencielkitabi.edu.Other Devices with Bluetooth.tedu.” Be yourself. Also please read the document given in the link http://www.balos@tedu. Wi -Fi or GSM Access You may enjoy these devices outside the exam hall.edu.tedu. Your exam table must be free of devices with such abilities. To tell you the truth.edu.tr/sites/default/files/content_files/docs/tedu_lisans_yonet- meligi. sore throat or even low fever.pdf Please pay extreme attention to Article 30 Senate Decision [L] of the Undergraduate Education Regulations.tr/tr/main/yonetmelikler-ve- yonergeler 5 . Sharing written work before it is turned in to be graded is academic dishonesty. The possible excep- tions are acceptable for serious illness or emergency of high importance (legal proof is required). Disability Support If you have a disabling condition which may interfere with your ability to successfully complete this module. however.tedu. Make Up Exams Make-up exams for midterm exams for ordinary excuses will not be offered. Failure to obey this policy will be worthy of the necessary action depending on the severity of the disobedience. http://registrar.

time management. respect individual and cultural difference PO5: Design and conduct experiments. innovative and sustainable civil engineering sys- LO#2 LO#1. and solve engineering problems Relationship between Course Learning Outcomes LO#2 LO#1. Through Weight: 2 PO7: Demonstrate effective oral and written professional skills in English Course Learning Outcomes vs. Through tems or processes to meet desired needs within a greater societal context Weight: 2 PO3: Act professionally and ethically PO4: Appreciate cultural diversity. Program Outcomes PO8: Practice good working habits. and self-discipline PO9: Display multidisciplinary teamwork skills PO10: Engage in life-long learning to face the future challenges and to achieve an enduring professional development PO11: Employ state-of-the-art engineering techniques and computing tools 6 LO#3 Through necessary for creative engineering solutions Weight: 1 . and engineering to design and implement original. science. Code CE314 Concrete Reinforced Course Title Fundamentals PO1: Comprehend science and advanced mathematics subjects fundamen- tal to engineering and Program Outcomes PO2: Apply knowledge of mathematics. formulate. analyze and interpret data PO6: Identify.

B3) (1. If the topic has not yet been covered. Learning Outcome: Having successfully completed this course. For each major learning outcome listed below indicate the extent to which it has been met. pure bending. (B1.3) and state how the concept of structural safety is employed in the design of R/C members by following different design philosophies (3) Check the validity of computer outcomes using some simple manual approximate methods of com- putation (B4) 7 . do not score that topic area.2) state how the time dependent deformations affect the behavior of R/C members and the structural safety (B1) (2) perform analysis and design computations of structural members subjected to (B5) (2. leave it blank.1) Interpret the material behavior of steel under uniaxial and multiaxial states of stress (B3) (1.Student Course Evaluation Survey Civil Engineering Department CE 314 Reinforced Concrete Fundamentals to be filled by the students at the end of the semester Fill-in your responses to questions related to the learning outcomes associated with this course.2) biaxial stress: shear (2. the student will be able to: Adequate Excellent Good Poor Fair (1) interpret indications of different reinforced concrete structural behavior types to a cer- tain extent.1) uniaxial stress: uniaxial loading. combined bending & axial load (2.

5 Based on the average of the “Student Course Evaluation Survey”. Student Survey low expectations. “Course Assessment and Learning Outcomes”. suggestions and recommendations of the instructor for the ongoing semester. Measures2 ing3 ing4 Score5 Rating = meets the criterion.Assessment of Learning Outcomes Course Title: Reinforced Concrete Fundamentals Course No. Both arithmetic average of all student grades and grades of best. tion7 comes1 Above Target Rating ex- (i-xi) ceeds the criterion)6 (1) interpret indications of different reinforced concrete structural behavior types to a certain extent. B5) 1 Taken from the corresponding worksheet. average and worst student can be given. 7 Observations.Actual Rat. This is the goal to be achieved in each respective learning outcome. (B2. 4 Arithmetic average of the questions (given in the measures column) can be used.: CE 314 Sem/Year: Spring 2016 Instructor: Güney Özcebe Date: Instructor Rating Pro- (Below Target Rating = Be- gram Target Rat. 2 Measures should be selected based on the corresponding matrix. Target Comments/ Recommenda- Learning Outcomes1 Out. 3 To be determined and to be filled by the department. 6 Weighted average of Actual Rating and Student Survey Score after expressing both as a grade point. 8 . “Relationship between Learning Outcomes and Program Outcomes”.

B5.(2) Perform analysis and design computations for some basic structural members concerning some basic problems (B2. B6) (3) Check the validity of computer outcomes using some simple manual approximate meth- ods of computation (B6) 9 .

science.: CE 314 Semester/Year: Spring 2016 Instructor: Güney Özcebe Date: Program Outcomes Instructor Rating Comments/Recommendation (Below Target Rat- ing = Below expec- tations. innovative and sustainable civil engineering systems or processes to meet desired needs within a greater societal context. Target Rat- ing = meets the cri- terion. 10 . Above Tar- get Rating exceeds the criterion)8 (ii) Apply knowledge of mathe- matics.Assessment of Program Outcomes Course Title: Reinforced Concrete Fundamentals Course No. and solve engineering problems (xi) Employ state-of-the-art engi- neering techniques and compu- ting tools necessary for creative engineering solutions 8 Take average of all instructor ratings from the “Assessment of Learning Outcomes” table corresponding to the course learning outcomes contributing the program outcome under consideration. formulate. (vi) Identify. and engineering to design and implement original.

Rating Scale To be used when filling the “Assessment of Learning Outcomes” and “Assessment of Program Out- comes” tables. Grade Grade Points Percentage Scores Student Survey Scores A 4 90-100 Excellent B 3 80-89 Good C 2 60-79 Adequate D 1 50-59 Fair F 0 0-49 Poor 11 .