
The method of dimensionality reduction is applied to the tangential contact between an elastomer and a rotationally symmetric indenter. The resulting equations are solved analytically, and numerical methods are discussed. The dependence of the normal and tangential force on the indentation depth and velocity is indicated.
СИЛА ТРЕНИЯ, FRICTION FORCE, TANGENTIAL CONTACT, МЕТОД РЕДУКЦИИ РАЗМЕРНОСТИ, ВЯЗКО-УПРУГОЕ ОСНОВАНИЕ, СИЛА ТРЕНИЯ, КАСАТЕЛЬНЫЙ КОНТАКТ, МЕТОД РЕДУКЦИИ РАЗМЕРНОСТИ, ВЯЗКО-УПРУГОЕ ОСНОВАНИЕ, METHOD OF DIMENSIONALITY REDUCTION, КАСАТЕЛЬНЫЙ КОНТАКТ, VISCOELASTIC FOUNDATION
СИЛА ТРЕНИЯ, FRICTION FORCE, TANGENTIAL CONTACT, МЕТОД РЕДУКЦИИ РАЗМЕРНОСТИ, ВЯЗКО-УПРУГОЕ ОСНОВАНИЕ, СИЛА ТРЕНИЯ, КАСАТЕЛЬНЫЙ КОНТАКТ, МЕТОД РЕДУКЦИИ РАЗМЕРНОСТИ, ВЯЗКО-УПРУГОЕ ОСНОВАНИЕ, METHOD OF DIMENSIONALITY REDUCTION, КАСАТЕЛЬНЫЙ КОНТАКТ, VISCOELASTIC FOUNDATION
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