Advanced Experimental Techniques in Turbomachinery
Advanced Experimental Techniques in Turbomachinery

Author: David Japikse

Publisher:

Published: 1986

Total Pages: 280

ISBN-13:

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The intent of this text is to make available on a wildwide basis and under economic terms the key material collected by recognized lecturers for the general usage in industry. Since the authors of the various chapters of these volumes are key experts in their field, these chapters should serve as appropriate starting points for thought by many readers. [Source : d'après la préface].

Advance Measurement Techniques in Turbomachines
Advance Measurement Techniques in Turbomachines

Author: Fangyuan Lou

Publisher:

Published: 2018

Total Pages: 0

ISBN-13:

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This chapter focuses on advanced measurement techniques that have been used in applications of turbomachines including temperature measurements, pressure measurements, velocity measurements, and strain/stress measurements. Though the measurement techniques are fundamentally the same as those used in other applications, the unique features associated with turbomachines place challenges in implementing these techniques. This chapter covers the fundamental working principles of individual measurement technique as well as the highlights of its application in turbomachines.

Modern Methods of Testing Rotating Components of Turbomachines
Modern Methods of Testing Rotating Components of Turbomachines

Author: Marc Pianko

Publisher:

Published: 1973

Total Pages: 62

ISBN-13:

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The increasing complexity of turbine engines leads to an augmentation of the interaction phenomena taking place between the different components, as well as of phenomena considered up till now as secondary and accessory. For this reason, the more and more extensive use of tests on partial elements paradoxically raises heretofore unsuspected difficulties of interpretation, understanding and utilization. Therefore, a tendency has been observed among the various users to endeavor to derive the greatest possible cost-efficiency from the data acquired through partial tests. In each field, different, not to say conflicting, investigation and interpretation methods have been initiated by industrial firms as well as research institutes. The observation of this fact has encouraged the AGARD Propulsion and Energetics Panel to undertake a survey and comparison of the various methods applied.