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31 Αυγ 2018 · A mathematical model of simulating cycling has been developed. The model includes aspects of particular relevance to velodrome cycling. Via two different validation studies, the accuracy of the model has been shown to surpass previous comparable models: errors in predicted lap times are consistently less than 0.36%.
27 Αυγ 2021 · This means that bicycles designed using advanced modeling and simulation technologies that maximize performance can become more widely accessible.
12 Μαρ 2020 · To work towards an advanced model of the bicycle-rider-environment system, an open-loop bicycle-rider model was developed in the commercial multibody dynamics software ADAMS.
One possible way to perform such tests in a safe environment is to build autonomous bicycles and use them to simulate human cyclists. This paper consists of an in depth description of the mathematical model of the bike’s dynamics as well as how a controller is implemented on an actual prototype.
A continuous mathematical model for cycling has been developed that includes calculated slip and steering angles and, therefore, allows for resulting variation in rolling resistance. The...
This paper addresses this problem in a numeric way by evaluating stability indices from the real parts of the eigenvalues of the bicycle's modes (i.e., weave, capsize, wobble) in a range of forward speeds typical of city bicycles.
Why exactly does a bicycle with round wheels roll smoothly on at ground, and how can we use the answer to this question to design a track on which a bicycle with square wheels can ride smoothly? If you come across bicycle tracks on the ground, how can you tell which direction it was going?
