- Rapport
- Kärnkraft
Cavitation induced vibrations in orifice plates and a partially closed valve
Cavitation-induced vibrations in orifice plates and partially closed valves can lead to significant operational challenges and potential damage in the nuclear power plant. Cavitation can cause vibrations and erosion, compromising the integrity of critical components. Understanding and mitigating these effects is essential for maintaining safe and efficient operations.
Rapporter och publikationer
Här listas rapporter och resultatblad från programmet.
- Rapport
Cavitation induced vibrations in valves
Cavitation and flow-induced vibrations in valves are critical issues in piping systems, particularly in nuclear power plants, where reliability and structural integrity are essential. These phenomena can lead to fatigue damage, erosion, and reduced operational safety.
|2026:1194Kristian Angele
- Rapport
Summary Report – Nuclear Projects 2025
This document contains brief introductions to all projects that were finalized and/or published in Energiforsk Nuclear Portfolio Programs during the year 2025.
|2026:1178Karin Westling, Energiforsk
- Rapport
Blade Vibrations in Turbines
The main purpose of this Energiforsk project Blade Vibrations in Turbines is to present a clear physical description, how blade vibrations are generated and by which system parameters they are influenced.
|2025:1037Rainer Nordmann, Technical University Darmstadt
- Rapport
Cavitation induced vibrations in orifice plates and a partially closed valve
This study aims to experimentally investigate flow-induced vibrations and cavitation in single-hole and multi-hole orifices and a partially closed Stafsjö valve. The goal is to provide experimental data for validating Computational Fluid Dynamics (CFD) models.
|2025:1105Kristian Angele