The algorithm of the research procedure along with the data processing workflow, where: d_r – diameter of the reverse locking module roller, F_d – pressing force of the roller, p – internal pressure of the wheelchair tire, a_{7 bar} – intercept of the deformation model’s slope coefficient, b_{7 bar} – slope coefficient dependent on the tire pressure value.

مواد مشابهة

• Summary of the parameters of the linear tire deformation function for all variants of tire pressure p and roller diameter d_r. Where: a_p – slope coefficient dependent on tire pressure and roller diameter, b_p – intercept, SE – standard error, U_₀._₀₅ – confidence interval at the 0.05 significance level, R² – coefficient of determination.
  حسب: Bartosz Wieczorek (8098352)
  منشور في: (2025)
• Results of tire deformation e_T as a function of the roller’s pressing force F_d for a constant tire pressure of p = 4 bar and a roller diameter of d_r = 70 mm.
  حسب: Bartosz Wieczorek (8098352)
  منشور في: (2025)
• Graph of the braking moment M_h as a function of tire deformation e_T and the diameter of the pressed roller d_r of the reverse locking module, for a tire pressure of p 
  حسب: Bartosz Wieczorek (8098352)
  منشور في: (2025)
• An example of linking the measurement points with the determined actual tire deformation characteristic (including three types of tires) for a constant tire pressure p and roller diameter d_r.
  حسب: Bartosz Wieczorek (8098352)
  منشور في: (2025)
• Graph of tire deformation e_T as a function of the roller pressing force Fd and roller diameter d_r, developed based on the derived mathematical model [9].
  حسب: Bartosz Wieczorek (8098352)
  منشور في: (2025)