By IMechE
Manufacturers and engineers face turning out to be demanding situations as expertise develops. Ever extra stringent limits on emissions are riding adjustments in working practices, whereas new rising purposes akin to shale fuel and coal mattress methane impose calls for for operation lower than excessive pressures and temperatures. This congress showcases the newest fluid equipment expertise on hand and offers a discussion board for sharing important stories round layout, operation and maintenance.
- examine the most recent advancements in fluid equipment technology
- explore possibilities to community and percentage studies round various functions
- focus on destiny technological demanding situations and the alterations they are going to deliver to the
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Additional resources for Fluid Machinery Congress 6-7 October 2014
Sample text
The spectral analyses have revealed the presence of a space-time periodic behaviour and depicted different space modes in the flow unsteadiness and their rotational speeds and amplitudes characterizing the volute/rotor interactions. REFERENCES 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 30 Ehrlich, D A, “Characterisation of Unsteady on-Engine Turbocharger Turbine Performance” Doctoral Thesis, Purdue University 1998. Baines, N C, “Turbocharger Turbine Pulse Flow Performance and Modelling – 25 Years on” Concepts NREC, USA.
The structure being analysed is a simplistic L shaped mechanical seal face that is mounted on an elastomeric o ring. Despite the simplistic structure different modelling assumptions dictate that the deflection results at the lapped seal face differ widely and hence the motive for this study. 2. THE MODELS In the paper the work presented relates to a comparative study where the geometry of the parts contained within the model stay the same throughout. The primary component being modelled is a resiliently mounted seal face.
The process liquid on the other two configurations is on the inside diameter. This has a significant performance impact on the seal design. 1 Spring position Back to Back and Face to Face configurations are sometimes specified as the configuration naturally places the springs and seal drive mechanism away from the process fluid. Traditional face to back designs place the springs within the process fluid. However, for nearly two decades, more modern design face to back seals are available with springs mounted outside (Figure 2) of the process stream and in the clean barrier fluid.