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CIVIL ENGINEERING MATERIALS

Course Summary: Civil Engineering Materials

Course Description:

This course introduces students to the fundamental properties, behavior, and applications of materials used in civil engineering. It covers the selection, testing, and performance of materials under different conditions to ensure durability, safety, and efficiency in construction.

Course Objectives:

By the end of the course, students should be able to:

  1. Understand the properties and classification of civil engineering materials.

  2. Conduct material tests to assess strength, durability, and suitability for construction.

  3. Analyze the performance of materials under different environmental and loading conditions.

  4. Apply knowledge of materials in design and construction processes.

  5. Identify sustainable and innovative construction materials.

Key Topics Covered:

  1. Introduction to Civil Engineering Materials

    • Importance and role of materials in construction

    • Material selection criteria

  2. Concrete and Cementitious Materials

    • Composition and properties of cement

    • Types of cement and their applications

    • Concrete mix design and testing

  3. Metals in Construction (Steel & Aluminum)

    • Properties and behavior of structural steel

    • Corrosion and protection methods

  4. Aggregates

    • Classification and properties of fine and coarse aggregates

    • Testing and quality control

  5. Timber and Wood Products

    • Types of wood used in construction

    • Treatment and preservation methods

  6. Bituminous Materials and Asphalt

    • Properties of bitumen and asphalt

    • Uses in road construction

  7. Bricks, Blocks, and Masonry

    • Clay bricks, concrete blocks, and stone masonry

    • Strength and durability factors

  8. Polymers and Composites in Construction

    • Types of polymers and fiber-reinforced composites

    • Modern applications in construction

  9. Testing and Quality Control of Materials

    • Laboratory and field tests for materials

    • Standards and specifications (ASTM, BS, etc.)

  10. Sustainable and Alternative Building Materials

  • Green materials and recycling in construction

  • Innovations in material science

Course Assessment:

  • Assignments & Quizzes – 30%

  • Lab Reports & Practical Tests – 40%

  • Mid-term Exam – 30%

  • Final Exam – 100%


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