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1	A parametric evaluation of vehicle crash performance Kumblekere, Jaikanth B. January 1996 (has links) No description available. Engineering, Mechanical Crude instruments Newton-Euler
2	Holonomic versus nonholonomic constraints Flygare, Mattias January 2012 (has links) Courses in analytical mechanics for undergraduate students are often limited to treatment of holonomic constraints, which are constraints on coordinates. The concept of nonholonomic constraints, constraints on velocities, is usually only mentioned briefly and it is easy to get a wrongful idea of what they are and how to treat them. This text explains and compares the methods of deriving the Euler-Lagrange equations and the consequences when imposing different kinds of constraints. One way to properly treat both holonomic and nonholonomic constraints is given, pinpointing the difficulties and common errors. Along the way, the treatment in local coordinates is also put in more modern terms, in the language of differential geometry, which is the language most commonly used in modern texts on the subject. analytical mechanics classical mechanics lagrangian d'alembert's principle hamilton's principle holonomic nonholonomic constraints differential geometry fibre bundle curvature falling disc