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Ruchita Patel

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Research paper thumbnail of CFD Investigation of Reynolds Flow around a Solid Obstacle

Lubricants

The Reynolds equation defines the lubrication flow between the smooth contacting parts. However, ... more The Reynolds equation defines the lubrication flow between the smooth contacting parts. However, it is questionable that the equation can accurately anticipate pressure behavior involving undeformed solid asperity interactions that can occur under severe operating conditions. Perhaps, the mathematical model is inaccurate and incomplete, or some HL (hydrodynamic lubrication) and EHL (elastohydrodynamic lubrication) assumptions are invalid in the mixed lubrication region. In addition, the asperity contact boundary conditions may not have been properly defined to address the issue. Such a situation motivated the recent study of a 3D CFD investigation of Reynolds flow around the solid obstacle modelled in between the converging wedge. The produced results have been compared to analytical and numerical results obtained by employing the Reynolds equation. The validated CFD simulation is compared with the identical wedge, with cylindrical asperity at the center. A significant increase in p...

Research paper thumbnail of EXPERIMENT-1 OBJECTIVE: -Static analysis of a cantilever beam using ANSYS APDL and correlation with analytical results

Research paper thumbnail of CFD Investigation of Reynolds Flow around a Solid Obstacle

Lubricants

The Reynolds equation defines the lubrication flow between the smooth contacting parts. However, ... more The Reynolds equation defines the lubrication flow between the smooth contacting parts. However, it is questionable that the equation can accurately anticipate pressure behavior involving undeformed solid asperity interactions that can occur under severe operating conditions. Perhaps, the mathematical model is inaccurate and incomplete, or some HL (hydrodynamic lubrication) and EHL (elastohydrodynamic lubrication) assumptions are invalid in the mixed lubrication region. In addition, the asperity contact boundary conditions may not have been properly defined to address the issue. Such a situation motivated the recent study of a 3D CFD investigation of Reynolds flow around the solid obstacle modelled in between the converging wedge. The produced results have been compared to analytical and numerical results obtained by employing the Reynolds equation. The validated CFD simulation is compared with the identical wedge, with cylindrical asperity at the center. A significant increase in p...

Research paper thumbnail of EXPERIMENT-1 OBJECTIVE: -Static analysis of a cantilever beam using ANSYS APDL and correlation with analytical results

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