Welcome to the world of MAMBO, a software package for the modeling and analysis of multibody mechanisms.
The computer-graphics application MAMBO has
been developed with the purpose of allowing students to visualize the
results of their efforts while retaining the need for careful mathematical
analysis. In contrast with existing commercially available educational
software tools, MAMBO requires detailed input from the user both in
order to define the specific geometry of the mechanism as well as the
differential equations governing its behavior. With this tool, the student
is able to see the implications of decisions made throughout the modeling
stage and to check the mathematical analysis.
The computer-algebra package the MAMBO toolbox has been developed to reduce the amount of rote algebraic manipulation required by the student in developing a mathematical model for a multibody mechanism.
MAMBO and its companion software the MAMBO toolbox are the result of a collaborative effort over the course of more than 10 years. The following individuals have been involved with the development
and coding of MAMBO: Jesper Adolfsson, Kalle Andersson, Arne Nordmark, Gabriel Ortiz, Anders Lennartsson, Petri Piiroinen, Justin Hutchison, and Harry Dankowicz. The MAMBO toolbox written by Harry Dankowicz bears a general
resemblance to a collection of procedures developed by Prof. Martin
Lesser and Dr. Anders Lennartsson at the Department of Mechanics,
at the Royal Institute of Technology in Stockholm, Sweden, between
1991 and 1999, and named Sophia after the Polish-Swedish mathematician,
Sofja Kowalewskaja (1850-1891). The intellectual
heritage from Sophia and the efforts of its originators is gratefully acknowledged.
The development of MAMBO and its companion software the MAMBO toolbox has been supported by generous grants from the Faculty of Physics at the Royal Institute of Technology in Stockholm, Sweden, and by the Center for Excellence in Undergraduate Teaching at Virginia Tech.
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