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Course Information
| Course Unit Title |
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Fibers Concrete |
| Course Unit Code |
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01INS6137 |
| Type of Course Unit |
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Optional |
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Level of Course Unit
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Second Cycle |
| Year of Study
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Preb |
| Semester
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255.Semester |
| Number of ECTS Credits Allocated
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6,00 |
| Name of Lecturer(s) |
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---
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| Course Assistants |
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| Learning Outcomes of The Course Unit |
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Sufficient information about the Application of Fiber Concrete provision.
Fibers used in concrete and sufficient information about the features provide.
Production Techniques and Standards of fibrous concrete learning.
Providing adequate information about the mechanisms of fiber concrete.
About the provision of adequate skills fibrous concrete production.
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| Mode of Delivery |
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Face-To-Face
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| Prerequisities and Co-requisities Courses |
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Unavailable
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| Recommended Optional Programme Components |
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Unavailable
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| Course Contents |
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Application of Fiber Concrete, Advantages, and the general features used fiber types, fiber Mechanical properties of concrete, fibrous concrete production methods, the nature of fibrous concrete. Fibrous concrete standards.
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Languages of Instruction |
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Turkish
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| Course Goals |
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To learn sufficient information about the Application of Fiber Concrete provision
Fibers used in concrete and sufficient information about the features provide to learn
Production Techniques and Standards of fibrous concrete learning. Providing adequate information about the mechanisms of fiber concrete.
About the provision of adequate skills fibrous concrete production.
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Course Aims |
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Fibrous concrete learning objectives produced. Fibers used in concrete and learn about the properties. The advantages of fiber concrete production, where the use of fibrous concrete, fibrous concrete Production Techniques and Standards of Learning. Concrete production and use of fiber-fiber concrete areas, and mechanical properties of fiber concrete behavior under various loads to learn.
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WorkPlacement |
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Recommended or Required Reading
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Textbook
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Topçu, İ.B. Concrete Technology, Eskisehir, 2007.
Bangash, M.Y.H., Concrete and Concrete Structures: Numerical Applications, Elsevier Applied Science, London, 1989.
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Additional Resources
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Tokyay, M., Ramyar, K., Turanlı, L., "Polypropylene and Steel Fiber High Resistant
Loads of Concrete Under Pressure and Tensile Behavior ", 2 National Concrete Congress,
High Strength Concrete, Istanbul, 303-320, 1991.
Tasdemir, M. A., Bayramov, F., first, A., Yerlikaya, M., "Elements for prefabricated steel
Tel Reinforced Concretes "Concrete Prefabrication Magazine, No. 63, 5-12, 2002.
Sancak, E., Unal, O., "Use of Lightweight Concrete in the Steel Life The Effect of Concrete Properties", BATTERY. Journal of Science, 2, 1, 79-88, 2000.
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Material Sharing
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Documents
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Assignments
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Exams
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Additional Material
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Planned Learning Activities and Teaching Methods
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Lectures, Practical Courses, Presentation, Seminar, Project, Laboratory Applications (if necessary)
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ECTS / Table Of Workload (Number of ECTS credits allocated)
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Student workload surveys utilized to determine ECTS credits.
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Activity
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Course Duration (Excluding Exam Week)
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Time Of Studying Out Of Class
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Homeworks
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Presentation
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Project
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Lab Study
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Field Study
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Visas
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Finals
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Workload Hour (30)
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Total Work Charge / Hour
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Course's ECTS Credit
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Assessment Methods and Criteria
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Studies During Halfterm
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Visa
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Quiz
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Homework
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Attendance
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Application
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Lab
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Project
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Workshop
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Seminary
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Field study
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TOTAL
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The ratio of the term to success
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The ratio of final to success
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TOTAL
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Weekly Detailed Course Content
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Week
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Topics
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1
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Introduction
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2
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Materials used in concrete production and general properties
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3
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Mechanical properties of fiber concrete
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4
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Fibers used in concrete and features
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5
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Fiber types, steel wire, carbon fiber, glass fiber, polymeric fiber
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6
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Fibrous concrete production methods
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7
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Fibrous matrix of concrete properties
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8
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Fibrous concrete test methods and relevant standards
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9
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Fibrous concrete mix account
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10
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Adapetd to computer of calculation mix.
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11
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Preparation of fibrous concrete test specimens
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12
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Under pressure and tensile stress-deformation behavior
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13
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Fibrous nature of concrete, porosity and permeability, impact resistance, fatigue strength, shrinkage, creep, yielding, Durability
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14
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Fiber testing and the results of the evaluation of concrete
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