Applications of Integration and Derivation In Civil Engineering
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This presentation by Noor Ahmed discusses the key mathematical concepts required for building construction, including differentiation, integration, algebra, vectors, and trigonometry. Derivatives are used to determine the maximum and minimum values of functions related to cost, strength, materials, and profit/loss. Integration has applications in civil engineering for the design and maintenance of infrastructure. Vectors and trigonometry are also important mathematical tools for building construction.
Applications of Integration and Derivation In Civil Engineering
- 2. Presentation is About Prepared By: Noor Ahmed 17CE71
- 3. For Construction a Building Five Mathematical Concepts are required Differentiation integration Algebra Vectors Trigonometry
- 5. application of derivative and integration in civil engineering the design and maintenance of public works such as roads, bridges, water, energy systems, ports, railways, and airports.
- 6. Derivation We use the derivative to determine the maximum and mini mum values of particular functions (e.g. cost, strength, amou nt of material used in a building, profit, loss, etc.) Centileaver beam
- 7. integration
- 10. Algebra
- 11. Vectors
- 12. Trigonometry