%0 Journal Article %1 chouhan2018fabrication %A Chouhan, Abhishek %A Prajapati, Adarsh %A Dubolia, Balashish %A Gupta, Dayanand Kumar %A Ratra, Deepesh Kumar %A Singh, Shivam %A Shukla, Vivek %D 2018 %J Mechatronics and Applications: An International Journal (MECHATROJ) %K (Mechanical ANSYS Creo Design Di-wheel) Electric METO Machines Mathematics Standard Workbench and specifications %N 1 %P 13-34 %T FABRICATION OF DI-WHEEL BY COMPUTATIONAL AND EXPERIMENTAL APPROACH %U https://airccse.com/mechatroj/papers/2118mechatroj02.pdf %V 2 %X The paper here shows the work performed by our team on a fabrication of Di-wheel, which we provide a name “METO” stands for a combination of Mechanical and Electrical device for our design. We have focused here to redefine and replace the basic mode of transportation made for the national parks and tourism sectors by using more comfortable, eco-friendly and a fun loving mode of transportation. The main challenge for designing the component is to provide actual stability with exact degree of freedom. The working condition of the product for moving it in forward direction, reverse direction and to provide better rotations was also a difficult task to be done. By studding these challenges and working factors the Diwheel provides a perfect platform for the implementation of control strategies to improve the ride of the vehicle. We put our full effort here to provide a new way of ride for the amusement parks that can help people to enjoy the better standard of living. Our design gives a successful and efficient outcome as noted, so here we provide knowledge of our whole project by using proper simulations and results.

@article{chouhan2018fabrication, abstract = {The paper here shows the work performed by our team on a fabrication of Di-wheel, which we provide a name “METO” stands for a combination of Mechanical and Electrical device for our design. We have focused here to redefine and replace the basic mode of transportation made for the national parks and tourism sectors by using more comfortable, eco-friendly and a fun loving mode of transportation. The main challenge for designing the component is to provide actual stability with exact degree of freedom. The working condition of the product for moving it in forward direction, reverse direction and to provide better rotations was also a difficult task to be done. By studding these challenges and working factors the Diwheel provides a perfect platform for the implementation of control strategies to improve the ride of the vehicle. We put our full effort here to provide a new way of ride for the amusement parks that can help people to enjoy the better standard of living. Our design gives a successful and efficient outcome as noted, so here we provide knowledge of our whole project by using proper simulations and results. }, added-at = {2024-06-19T10:52:41.000+0200}, author = {Chouhan, Abhishek and Prajapati, Adarsh and Dubolia, Balashish and Gupta, Dayanand Kumar and Ratra, Deepesh Kumar and Singh, Shivam and Shukla, Vivek}, biburl = {https://www.bibsonomy.org/bibtex/2688c4cc5d6f46748e76cff62551615d0/clauren}, file = {SpringerLink:2011/BaunKunzeEtAl11.pdf:PDF;Amazon Search inside:http\://www.amazon.de/gp/reader/3642184359/:URL}, groups = {public}, interhash = {89c26190e7139730ae7a91a762a230b5}, intrahash = {688c4cc5d6f46748e76cff62551615d0}, issn = {1865-4452}, journal = {Mechatronics and Applications: An International Journal (MECHATROJ)}, keywords = {(Mechanical ANSYS Creo Design Di-wheel) Electric METO Machines Mathematics Standard Workbench and specifications}, language = {English}, month = {October}, number = 1, pages = {13-34}, timestamp = {2024-06-19T10:52:41.000+0200}, title = {FABRICATION OF DI-WHEEL BY COMPUTATIONAL AND EXPERIMENTAL APPROACH}, url = {https://airccse.com/mechatroj/papers/2118mechatroj02.pdf}, username = {flint63}, volume = 2, year = 2018 }