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Principles of Mechanics

Table of Contents

Publisher’s Note




Introduction




Contributors




Acceleration




Acoustics




Aerodynamics




Aeronautical Engineering




Aerospace Design




Ailerons, Flaps, and Airplane Wings




Airfoils




Airplane Propellers




Amplitude




Angular Forces




Angular Momentum




Archimedes




Archimedes’s Principle




Aristotle Isolates Science as a Discipline




Atoms




Automated Processes and Servomechanisms




Ballistic Weapons




Bernoulli, Daniel




Bernoulli’s Principle




Billiards




Biomechanics




Biomedical Engineering




Calculating System Efficiency




Calculus




Carnot, Sadi




Celestial Mechanics




Centrifugation




Chaotic Systems




Circular Motion




Civil Engineering




Classical or Applied Mechanics




Clausius Formulates the Second Law of Thermodynamics




Computer-aided Engineering




Conservation of Energy




Coriolis Effect




D’Alembert’s Axioms of Motion




Diesel Engine




Diesel, Rudolf




Differential Equations




Discoveries of Archimedes




Displacement




Dynamics (mechanics)




Earthquake Engineering




Elasticity




Electromagnet Technologies




Electromagnetism




Engineering




Engineering Tolerances




Equilibrium




Equivalence Principle




Euclid




Euclidean Geometry




Euler Paths




Euler’s Laws of Motion




External Combustion Engine




Fluid Dynamics




Fluid Mechanics and Aerodynamics




Flywheels




Force (physics)




Friction




Galileo




Gauss’s Law




Grimaldi Discovers Diffraction




Harmonic Oscillators




Heat Transfer




Helicopters




Hertz, Heinrich Rudolf




Hooke, Robert




Hydraulic Engineering




Hydraulics




Hydrodynamics




Inertial Guidance




Internal Combustion Engine




Jet Engines




Kinematics




Kinetic Energy




Kirchhoff, Gustav Robert




Lagrange, Joseph-Louis




Laplace, Pierre-Simon




Leibniz, Gottfried Wilhelm




Lenz’s Law




Linear Motion




Load




Magnetism




Materials Science




Mechanical Engineering




Mechatronics




Moment of Inertia




Momentum (physics)




Motion




Nanotechnology




Newton, Isaac




Newton’s Laws




Pascal, Blaise




Pendulums




Photoelectric Effect




Plane Rudders




Plasticity (physics)




Poisson, Siméon Denis




Potential Energy




Projectiles




Propulsion Technologies




Quantum Mechanics




Rigid-Body Dynamics




Robotics




Rotary Engine




Solenoid




Solid Mechanics




Speed




Springs




Stability




Stabilizers




Statics




Steam and Steam Turbines




Steam Energy Technology




Steam Engine




Stirling, Robert




Structural Engineering




Superconductor




Surface Tension




Tesla, Nikola




Thermodynamics




Torque




Transportation




Tull, Jethro




Turbines




Turbojets and Turbofans




Turboprops




Vacuum




Vacuum Technology




Vectors




Vectors (mathematics and physics)




Velocity




Vibration




Work and Energy




Work-Energy Theorem




Young, Thomas




Bibliography




Glossary




Organizations