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Analysis and Calculation of Electromagnetic Torque for the Voltage Source Traction Motors | Scientific.Net
Tire-road friction estimation and traction control strategy for motorized electric vehicle | PLOS ONE
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Analysis of suitable of traction model for sandy clay loam soils on farm use of tractor - ScienceDirect
![A text-book of electrical engineering;. torson the car: p ^ W.r.(f+s) h. 2M,= In our present example the radius of the wheels was 0-39 metre and theratio of the gearing 4-9. A text-book of electrical engineering;. torson the car: p ^ W.r.(f+s) h. 2M,= In our present example the radius of the wheels was 0-39 metre and theratio of the gearing 4-9.](https://c8.alamy.com/comp/2CENHKX/a-text-book-of-electrical-engineering-torson-the-car-p-wrfs-h-2m=-in-our-present-example-the-radius-of-the-wheels-was-0-39-metre-and-theratio-of-the-gearing-4-9-if-we-assume-that-the-weight-of-the-car-is-8-tonsand-the-tractive-coefficient-12-kg-per-ton-we-have-ym-4-977-ij-see-footnote-on-page-4-68-example-of-traction-motor-calculation-221-in-our-case-as-is-almost-universal-each-car-was-provided-with-twomotors-so-that-each-motor-had-to-produce-half-the-required-torque-hencefor-each-motor-we-have-j-sm-0-318-12-s-or-s-=-3-i-2CENHKX.jpg)
A text-book of electrical engineering;. torson the car: p ^ W.r.(f+s) h. 2M,= In our present example the radius of the wheels was 0-39 metre and theratio of the gearing 4-9.
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Calculation of Maximum Acceleration, Maximum Tractive Effort and Reactions for Different Drives (Automobile)
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Calculation of Maximum Acceleration, Maximum Tractive Effort and Reactions for Different Drives (Automobile)
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Influence of electrical part of traction transmission on dynamic characteristics of railway vehicles based on electromechanical coupling model | Scientific Reports
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