The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results on accurate film thickness measurements, obtained at different speeds, loads, and temperatures. Through experiments, covering a range of 5.6 <M <12000, 2.1 <L <17.5, film thickness values are calculated using a numerical method and approximation formulas from twelve models. It is concluded that, to assess the pressure-viscosity coefficient of the fluid, the Chittenden et al. approximation formula applied to circular contacts is the best choice, having an inaccuracy in between (-15%, +11%). This expression has been used far outsides the regime of the numerical data where it was based upon
In this paper the influence of the viscosity-pressure relationship on the film thickness for the lin...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula)The obje...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula) The obj...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficients of two commercial traction fluids are determined by fitting calc...
The pressure-viscosity coefficients of two commercial traction fluids are determined by fitting calc...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure-viscosity coefficient alpha is a very important parameter in elastohydrodynamic (EHD) l...
With ever increasing power densities, the so-called pressure-viscosity coefficient alpha of fluids i...
In this paper the influence of the viscosity-pressure relationship on the film thickness for the lin...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula)The obje...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula) The obj...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficient of a traction fluid is determined by fitting calculation results ...
The pressure-viscosity coefficients of two commercial traction fluids are determined by fitting calc...
The pressure-viscosity coefficients of two commercial traction fluids are determined by fitting calc...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure viscosity coefficient is an indispensable property in the EHD lubrication of hard conta...
The pressure-viscosity coefficient alpha is a very important parameter in elastohydrodynamic (EHD) l...
With ever increasing power densities, the so-called pressure-viscosity coefficient alpha of fluids i...
In this paper the influence of the viscosity-pressure relationship on the film thickness for the lin...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula)The obje...
The Ultrathin Film Measurement System as a Rheometer (using the Moes film thickness formula) The obj...