Autolev Documentation and Textbooks
There is a vast amount of literature written for Autolev. In addition to on-line help, a tutorial, and a user's manual, several books have been written to instruct engineering students, teachers, and professionals in the use of Autolev.
  1. On-line help (type "help" or "what" at the Autolev prompt)

  2. Autolev 4 Tutorial (2005, 59 pages)
    by Paul Mitiguy and Keith Reckdahl
    Click AutolevTutorial.pdf for free download.

  3. Autolev User's Manual (2005, 154 pages)
    by Thomas Kane and David Levinson

  4. Engineering Mechanics Online Part 1 - statics (1997, 227 pages)
    Engineering Mechanics Online Part 2 - dynamics (1998, 306 pages)
    Solution Manual for Engineering Mechanics Online (2000, 132 pages)
    by Thomas Kane and David Levinson

    These two textbooks and solution manual are intended for use in undergraduate mechanics courses dealing with Newton/Euler methods applicable to problems of statics and dynamics of systems of particles and rigid bodies. The nine chapters of the two books are entitled Vector Operations, Bound Vectors, Centroids, Forces and Equilibrium, Differentiation of Vectors, Kinematics, Inertia, The Motion Law, and Additional Topics. Autolev is used throughout both books, but no prior knowledge of this program is required since instruction in its use is an integral part of the presentation. Twenty-five Problem Sets. fifteen of which appear in Part 1, and the remainder in Part 2, deal with problems closely related to the text material. The solution manual is available only to instructors.

  5. Dynamics Online: Theory and Implementation with Autolev™ (2000, 418 pages)
    Solution Manual for Problem Sets for Dynamics Online (2000, 63 pages)
    by Thomas Kane and David Levinson

    This textbook, accompanying ten problem sets, and additional solutions manual, present an essentially new approach to problem solving in dynamics, an approach involving extensive online computerized symbol manipulation performed with Autolev. The book is intended for senior undergraduate and graduate students. Dynamics theory is set forth in chapters entitled Vector Operations, Kinematics, Mass Distribution, Forces, Equations of Motion, and Energy and Momentum Considerations. No prior knowledge of Autolev is required since instruction in the use of the program is an integral part of the text. The solution manual is available only to instructors.