Useful for an introduction to the numerical side of nonlinear dynamic simulation. Probably the most accessible text available for the treatment of Differential-Algegraic Equations (DAE's). Also, check out: 1) "Numerical Solution of Initial-Value Problems in Differential-Algebraic Equations" by K. E. Brenan. 2) Initial Value Problems in ODE's, by Gear

Indispensible resource for anyone involved in the simulation field. Contains a wealth of subroutines, along with clear explanations of their theory and implementation. For such a dry subject, this book reads surpisingly well. Available for other programming languages too.

DOE methods are useful in setting up a pre-defined array of "virtual experiments". RSM enables the smooth approximation of output data using multidimensional, quadratic regression (i.e. the "response surface"). Finally, optimization programs can search for desired extrema upon the analytic surface.

I prefer this book to de Boor's for learning about curve and surface approximation methods. It is MUCH easier to follow and goes beyond splines. However, it does not contain any fortran code (De Boor's book does).

Describes an integrated approach to modeling nonlinear dynamic systems that incorporate both rigid and flexible bodies. Appropriate for those wanting to write their own software, or understand how (some) commercial codes work.

I just got this one in. It is ONE BIG BOOK! Will take some time to digest it before commenting further.

A comprehensive three-volume set for those wanting a deeper understanding of FEA and its applications to different physical systems. Presentation could probably be better, but still a good reference work.

Hartog was a great teacher. It shows in his books. This one is a great value for those interested in obtaining a "feel" for vibration phenomenon and theory. Lots of stuff on internal combustion engines.

Advanced text for those wishing to create or apply finite-element software oriented toward contact between elastic bodies (e.g. cams, valves, bearings, tires, and rail-wheels). Boundary-element methods are not presented.

Comprehensive and wonderfully clear introduction to various methods fatigue failure analysis, including S-N, strain-cycling, and LEFM approaches. Also covers time-dependent phenomena such as creep, relaxation, and material damping. Nice book.

An outstanding reference for anyone wanting to understand and model the effects of material damping on structural dynamic behavior. Contains an unusually comprehensive assembly of material stiffness and damping data. Rare coverage of anelastic and magneto-elastic damping mechanisms in metals. Very accessible presentation. Hard to find, but it may be worth the trouble (and cost).

Clear presentation of quasi-static and dynamic contact phenomena that result in friction forces and energy dissipation. Good overview.

Comprehensive introductary text on feedback-control. Clear presentation.

A useful book for those designing dynamic systems with control-feedback loops incorporating sensors. Detailed descriptions and mathematical models are presented.

I just received a copy of this book. Will write something once I've had a chance to review it more thoroughly.

"The ultimate reference book for hard experimental data covering fluid-dynamic friction values that effect pressure drops and flow rates in incompressible fluid circuits. Contains an amazing number of different flow devices and situations."

Classic and accessible introduction to finite-volume methods. Also treated in one text by Ferziger and another by Versteeg.

"The ultimate book on panel-type boundary-element methods for potential flow analysis. Old technology but MUCH FASTER than full-field solutions. Useful to determine loads on streamlined bodies having limited seperation. Treats 3D steady-state and transient flows with 2D loosely coupled integral-boundary-layer solutions."

Excellent introduction. Highly recommended for those starting out in vehicle dynamic simulations. Addresses stability, handling, noise, vibration, durability, tire mechanics, suspension design, and even human factors. A wonderful book for anyone interesting in the dynamics of autos and trucks.

A useful, no-nonsense resource for practicing engineers engaged in the design or analysis of mechanical components and systems. Thorough coverage of many important topics. Far superior to the more popular "Mark's Handbook". Highly recommended.