This course provides a comprehensive exploration of concrete as a structural material, from its fundamental composition to advanced engineering applications. Learners will examine the chemical and physical principles that define concrete’s performance, the methods used to enhance its structural capabilities, and the specialized techniques employed in modern infrastructure. Historical comparisons, innovative design strategies, and sustainability considerations are integrated to develop a complete understanding of concrete’s role in civil engineering. Through video lectures and case-based examples, participants will gain the knowledge required to evaluate, design, and apply concrete solutions in diverse structural contexts.
By the end of this course, learners will be able to:
- Identify the primary components of concrete and explain the hydration process and its impact on material properties.
- Differentiate between concrete and cement, and describe concrete’s mechanical strengths and limitations.
- Explain the role of steel reinforcement, including conventional rebar, prestressed, and post-tensioned systems, in addressing tensile weaknesses.
- Evaluate corrosion risks for reinforced concrete and assess protective measures such as coatings, cover depth, and alternative reinforcement materials.
- Compare ancient Roman concrete with modern formulations, highlighting lessons applicable to contemporary practice.
- Apply design principles for advanced applications, including high-performance and extreme-environment concrete structures.
- Analyze specialized solutions such as permeable pavement, lightweight backfill, and base plate connections for unique engineering challenges.
- Assess resource demands for concrete production, particularly sand and aggregates, and propose sustainable sourcing and design strategies.
- Instructor: VE Learning