Application of Engineering Mathematics
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The document discusses the application of engineering mathematics, defining mathematics as the study of quantities and relations, and engineering as a branch of science that addresses the needs of society. It highlights various mathematical fields such as differential equations and calculus, and their importance across engineering disciplines including civil, mechanical, chemical, and aerospace engineering. Specific examples demonstrate how different engineers utilize mathematical models to solve real-world problems and collaborate with scientists.
Application of Engineering Mathematics
- 2. Mathematics is defined as the study of quantities and relations with the help of numbers and symbols. Engineering can be defined as a specialized branch of science which constantly monitors the changing needs of the world. It also deals with the designing and manufacturing of the products that could make life simpler, fast and efficient.
- 3. Different fields of mathematics 1.Differential Equations mathematical equations for unknown functions of one or more variables that relate the values of the functions by itself and its derivatives. 2. Calculus works on limits functions, Derivatives integrals and infinite series
- 4. Different fields of Engineering • Computer science engineering. • Chemical engineering. • Civil engineering. • Mechanical engineering. • Electrical engineering. • Aerospace engineering. Civil, mechanical, industrial, aerospace and electrical engineering all use math to design machines.
- 5. • Aerospace engineers use equations to measure how much rocket fuel would be needed to make a trip to the moon. • Environmental engineers use math to simulate the effects of a flood on a community food supply. • Civil engineers analyze earthquake simulations to develop safer buildings.
- 6. • Chemical engineers use calculus to model the atomic structure of elements. • Computer engineers use algebra to model electronic data within an operating system. • Audio engineers use trigonometry to model sound waves. These models are used by engineers to communicate with scientists in other disciplines and illustrate concepts for clients.