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Finite Element Modelling for Engineering Analysis is written as a reference for research scholars and professional engineers. If it is used as a University text book, the instructor should select the portions of the book that suit the needs and background of the students. Finite Element Modelling is defined here as the analyst's choice of material models, finite elements, meshes, constraints, analysis procedures, governing matrix equations and their solution methods, specific pre- and post-processing options available in a chosen FEA software for the intended analysis of candidate components /structures/products. Benchmarks are test problems with known target solutions used to validate FE Models developed using the chosen FEA software for the intended analysis. Engineering Analysis covered in this book are: Linear and Nonlinear Analysis of Solids and Structures, Structural Dynamics, Composite Structures, Impact Damage in Composite Structures, Computational Fracture Mechanics, Computational Thermal Analysis, Computational Fluid Dynamics and Fluid-structure Interaction. Each chapter includes key historical developments, benchmarks and case studies.