Deceleration method Sample Clauses

Deceleration method. The deceleration method follows the procedure below:
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Deceleration method. The rolling resistance Fr, in xxxxxx, is calculated using the equation: Where: ID is the test drum inertia in rotation, in kilogram meter squared, R is the test drum surface radius, in meter, Fpl represents the parasitic losses as calculated in paragraph 5.1.5. above, tv is the time increment chosen for measurement, in second, Δv is the test drum angular speed increment, without tyre, in radian per second, IT is the spindle, tyre and wheel inertia in rotation, in kilogram meter squared, Rr is the tyre rolling radius, in meter, Fr is the rolling resistance, in xxxxxx. or Where: ID is the test drum inertia in rotation, in kilogram meter squared, R is the test drum surface radius, in meter, Fpl represents the parasitic losses as calculated in paragraph 5.1.5. above, jV is the deceleration of the test drum, in radians per second squared, IT is the spindle, tyre and wheel inertia in rotation, in kilogram meter squared, Rr is the tyre rolling radius, in meter, Fr is the rolling resistance, in xxxxxx.
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Deceleration method. The rolling resistance Fr, in xxxxxx, is calculated using the equation: F = I D  ∆ων  + RI T  ∆ ων  −F r R  ∆t ν  R 2  ∆t ν  pl Where:   r   ID is the test drum inertia in rotation, in kilogram metre squared, R is the test drum surface radius, in meter, Fpl represents the parasitic losses as calculated in paragraph 5.1.5., ∆tv is the time increment chosen for measurement, in second, ∆ωv is the test drum angular speed increment, without tyre, in radian per second, IT is the spindle, tyre and wheel inertia in rotation, in kilogram metre squared, Rr is the tyre rolling radius, in metre, Fr is the rolling resistance, in xxxxxx.
Sample 1
Deceleration method. The rolling resistance Fr, in xxxxxx, is calculated using the equation: ID  ωV  R  IT  ωV  Fr     R  tV   R r 2  tV   Fpl  Where: ID is the test drum inertia in rotation, in kilogram meter squared, R is the test drum surface radius, in meter,
Sample 1
Deceleration method. The rolling resistance Fr, in xxxxxx, is calculated using the equation: ID  ωV  RIT  ωV  Fr     R  t V   R r 2  t V   Fpl 
Sample 1

Related to Deceleration method

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  • Alternative Resolution Methods Any time during the grievance process, by mutual consent, the parties may use alternative methods to resolve the dispute. If the parties agree to use alternative methods, the time frames in this Article are suspended. If the selected alternative method does not result in a resolution, the Union may return to the grievance process and the time frames resume. Any expenses and fees of alternative methods will be shared equally by the parties.

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