Fundamentals of Aeronautical Engineering" by Hemant Gour, First Edition 2001 is designed as a pre-university self-study guide for students about to begin an aerospace engineering degree.
Who it's for:
A student who has been admitted to an aerospace engineering program and wants to walk into their first lecture already knowing the fundamentals — not starting from zero.
What it does:
It builds a complete conceptual and mathematical foundation across every core pillar of aeronautical engineering — atmosphere, aerodynamics, airfoils, forces of flight, aircraft performance, propulsion, structures, stability, avionics, supersonic flight, and space systems — all in one place, in logical order.
What makes it practically useful:
25 fully worked examples mean you don't just read theory — you learn how to actually calculate stall speed, fuel burn, climb rate, bending stress, orbital velocity, and more, with every solution shown step by step.
45+ reference tables covering ISA atmosphere data, material properties, engine comparisons, NACA nomenclature, and more — things you'll refer back to repeatedly throughout your degree.
5 engineering diagrams — aircraft forces, atmosphere layers, airfoil cross-section, pressure distribution, V-n flight envelope, Brayton cycle — to help visualise abstract concepts clearly.
A complete formula appendix with every key equation in one place for quick revision.
A self-assessment checklist covering 23 specific topics so you can honestly measure your own readiness before starting.