Acta Scientific COMPUTER SCIENCES

Research Article Volume 5 Issue 9

Modeling between Torque and Curvature Angles and Time etc. Parameters in the Slope of Heavy Vehicle

Run Xu1*, Jiaguang Liu2, Jing Yu2, Yonggen Wu3, Tianyi Yan4 and Tao Yu3

1Gyeongsang National University, Materials Engineering Division, Gyeongsangnam-Do, Chinju, Korea
2Yantai Institute of Technology, Electromechanical Department, Yantai, China
3Yantai University, School of Electromechanical and Automotive Engineering, Yantai, China
4Qingdao University, School of Electromechanical Engineering, Qingdao, China

*Corresponding Author: Run Xu, Gyeongsang National University, Materials Engineering Division, Gyeongsangnam-Do, Chinju, Korea.

Received: August 04, 2023; Published: August 21, 2023

Abstract

As the curvature angle enhances the torque will vary from stability scope to peak then to stability in slope curve of vehicle. When the power enhances the torque may enhance correspondingly meanwhile as the rotational speed decreases it may enhance as well. The maximum torque has afforded 500kNm in the curve for the conditions of 320r/m and 523kW meanwhile the second maximum one has afforded 280kNm in the same for the conditions of 220r/m and 208kW in vehicle with heavy loads. In the end the maximum stability one will maintain in 10kNm with the 320r/m and 523kW in curve of vehicle dynamics. The stabilized torque will reduce about 3kNm to compare with the adjacent two conditions. The torque may indicate 4kmNm, 3mNm and 2mNm for the time of 0.2s, 0.4s and 0.6s in slope curvature correspondingly. It expresses that the bigger power may afford bigger torque and then rotational speed in this paper.

Keywords: Modeling; Torque; Curvature Angles; Slope; Heavy Vehicle; Dynamics; Parameters; Rotational Speed; Power; Radius of Curvature; Radius of Tire

References

  1. Thema investments, Wechat, Internet (2023).
  2. Fang Shijie and Qi Yaoguang. “Mechanical Optimization Design [M], Machinery Industry Publisher (2003): 11.
  3. Jeremy Rifkin. “The third Industrial Revolution[M], China CITIC Press” (2012): 28.
  4. Jeremy Rifkin. “The third Industrial Revolution[M], China CITIC Press” (2012): 56.
  5. Run Xu. “A New Study on China's Economic State I”. Saudi Journal of Economics and Finance5 (2021): 192-197.
  6. Run Xu and Younwook Kim. “The Numerical Simulation of Force with Parameters of Angular Speed and Constant Angular Acceleration in Three and Five Freedoms of Robotic Arm II. “Cross Current”. International Journal of Economics, Management and Media Studies1 (2022): 1-10.
  7. Run Xu and Younwook Kim. “The Numerical Simulation of Torque with Parameters of Speed and Angular Speed and Acceleration in Five Freedoms of Robotic Arm IV”. Journal of Robotics Automation Research 1 (2022): 59-63.
  8. Run Xu. “The Dynamics on Hammer with Three Freedoms and Friction Vibration by Lagrange Equation in Robotic Arm”. Research Square (2020).
  9. Run Xu and Younwook Kim. “The Numerical Simulation of Torque with Parameters of Speed and Angular Speed and High Acceleration in Five Freedoms of Robotic Arm”. SunText Review of Material Science 1 (2022): 122.
  10. Run X. “Modelling of Cost and Labor and Capital in Motor Housing Punch at Microeconomics”. Sun Text Review of Economics and Business S1 (2021): 106.
  11. Run Xu. “A Simulation between Torque and Angle with Speed on robot Mechanical Arm of Multibody system”. International Journal of Research in Engineering1 (2021): 17-19.
  12. Run Xu and Younwook Kim. “The Numerical Simulation of Force with Parameters of Angular Speed and Constant Angular Acceleration in Three and Five Freedoms of Robotic Arm II”. Sun Text Review of Material Science1 (2022): 118.
  13. Run Xu. “The Numerical Simulation of Properties with High Angular Speed and Low Angular Acceleration in Three and Five Freedoms of Robotic Arm”. SunText Review of Material Science1 (2021): 113.
  14. Run Xu and Boyong Hur. “A Simulation between Torque and Angle with Speed on Five Freedoms of Robot Mechanical Arm in Multibody Systems”. Saudi Journal of Civil Engineering5 (2021): 91-93.
  15. Run Xu. “The Simulation on Dynamic of Rotary Inertia and Engine's Inflamer in Light Vehicle [J]”. Journal of Mechanical Engineering Research02 (2020): 1-6.
  16. Run Xua and Boyong Hur. “The Dynamic Simulation of Rotary Inertia on Light Vehicle -Slope I [J]”. Journal of Mechanical Engineering Research02 (2020): 7-10.
  17. Run Xu. “The Modeling of Power and Parameters on Wheel Hub for Motor in Forging Press”. Scholars Journal of Engineering and Technology7 (2021): 64-68.
  18. Run Xu. “Screw Analysis of Head broken in Process[J]”. International Journal of Plant Engineering and Management2 (2019): 126-128.

Citation

Citation: Run Xu., et al “Modeling between Torque and Curvature Angles and Time etc. Parameters in the Slope of Heavy Vehicle". Acta Scientific Computer Sciences 5.9 (2023): 22-25.

Copyright

Copyright: © 2023 Run Xu., et al This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.




Metrics

Acceptance rate35%
Acceptance to publication20-30 days

Indexed In




News and Events


Contact US