DIN ISO 10494 - DRAFT PDF

Published Date: 07/01/2021

Turbines and turbine sets - Measurement of emitted airborne noise - Engineering/survey method (ISO 10494:2018)

Published Date: 08/01/2020

Draft Document - Turbines and turbine sets - Measurement of emitted airborne noise - Engineering/survey method (ISO 10494:2018); Text in German and English

Published Date: 12/01/1987

Measurement of airborne noise emitted by machines; enveloping surface method; turbogenerator sets for use in thermal power stations

Published Date: 06/01/1968

Steam turbines; terms of assemblies and parts of the condenser system

Published Date: 02/01/1993

Requirements for vertical pipes for steam rooms in steamboilers and heating plants guarding against steampressure of 0.5 bar

Published Date: 11/01/2002

Guide for procurement of power station equipment - Part 4-4: Boiler auxiliaries; Fuel preparation equipment

Published Date: 06/01/1998

Guide for procurement of power station equipment - Part 5-2: Gas turbines; German version EN 45510-5-2:1998

Published Date: 09/27/2006

Advanced technical ceramics — Ceramic composites. Methods of test for reinforcements — Part 7: Determination of the distribution of tensile strength and of tensile strain to failure of filaments within a multifilament tow at high temperature

Published Date: 06/22/2021

Thermoplastics piping and ducting systems - Outside the building structures for gravity and pressurised systems - Trench installation

Published Date: 07/21/2004

Advanced technical ceramics — Methods of test for ceramic coatings — Part 10: Determination of coating thickness by cross sectioning

Published Date: 10/19/2005

Advanced technical ceramics — Methods of test for ceramic coatings — Part 11: Determination of internal stress by the Stoney formula

Published Date: 09/01/2004

Advanced technical ceramics — Methods of test for ceramic coatings — Part 8: Rockwell indentation test for evaluation of adhesion

Published Date: 02/11/2004

Advanced technical ceramics — Methods of test for ceramic coatings — Part 9: Determination of fracture strain