Civil Engineering Materials, Testing & Evaluation - Vol 1
Engineering · 18 chapters · 715 sections · about 345 hours
Chapters
18 chapters · 715 sections- 1Historical Background44 sections
- 2Cement26 sections
- 3Advantages of Concrete Over Other Materials31 sections
- 4Cement – Chemical Composition, Hydration, and Physical Tests38 sections
- 5Aggregates – Properties, Grading, Testing69 sections
- 6Water – Requirements and Impurities45 sections
- 7Fresh Concrete – Properties and Workability Tests (IS Standards)34 sections
- 8Segregation40 sections
- 9Mixing of Concrete36 sections
- 10Fresh Concrete – Curing Methods37 sections
- 11Compressive Strength Test40 sections
- 12Hardened Concrete – Non-Destructive Tests32 sections
- 13Failure Mechanism in Hardened Concrete28 sections
- 14Durability of Construction Materials52 sections
- 15Durability of Construction Materials43 sections
- 16Durability of Concrete47 sections
- 17Introduction to Durability and Permeability33 sections
- 18Mix Design – Principles and Influencing Factors40 sections
About this course
Civil engineering materials testing and evaluation is a critical aspect of ensuring the safety, reliability, and longevity of structures. It involves assessing the properties and performance of various materials used in construction, such as concrete, steel, soil, and more, through standardized tests and analysis. This process helps engineers make informed decisions about material selection, design, and construction practices.