This new textbook has been carefully designed to be an undergraduate text for a sequence of courses in advanced engineering mathematics. Advanced Engineering Mathematics provides the student with plentiful practice problems throughout that present opportunities to work with and apply the concepts, and to build skills and experience in mathematical reasoning and engineering problem solving.
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The design of the International Space Station was the result of extensive and detailed collaboration among researchers in engineering, space science, physics, chemistry, biology, medicine, and other fields.Mathematics provided essential and multiple links among these disciplines. Its contributions
included the specification of launch and orbital data, stress calculations for structural components, the study of gas flow from the combustion chamber, the design of high-precision
control systems for directing instruments at stellar objects, and image processing of observational data.
Advanced Engineering Mathematics presents topics such as the Laplace transform, complex
analysis, vector calculus, and ordinary and partial differential equations as the tools with which
control theory, the dynamic behavior of structures, elasticity, gas dynamics, and other applications are built. An overview of key aspects of numerical mathematics directs attention to sophisticated and highly optimized numerical packages that are used in current research and development.
Advance praise "I loved this material ... The exposition is clear. The level is fine for 2nd year mechanical engineering students in this country." -A.C. King, University of Birmingham, UK
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