Condition monitoring for marine refrigeration plants based on process models.
Author(s) : GRIMMELIUS H. T.
Type of monograph: Doctoral thesis
Summary
The research described in this PhD thesis develops and implements new models based on available knowledge and literature. To verify, match and validate these models, measurements were conducted on an adapted and instrumented laboratory chiller. The measurements also included the introduction of failure modes, to validate the results found with the simulation models. Extract from the table of contents: enhanced condition monitoring; modelling for failure mode simulation (concept of the refrigeration plant model; compressor, condenser and evaporator models concept; initial compression cycle model and associated assumptions; other vessels in the compressor; refrigerant segments: one-phase and two-phase flows; simplified compressor and evaporator models; the refrigerant side; heat transfer); model verification, matching and validation; failure mode effects: measurement and simulation; conclusions and recommendations. In the appendices: description of test facilities and of measurements; detailed model descriptions; implementation of the models; additional simulation results; properties of R22 and water; nomenclature.
Details
- Original title: Condition monitoring for marine refrigeration plants based on process models.
- Record ID : 2005-2363
- Languages: English
- Publication: Delft University Press - Netherlands/Netherlands
- Publication date: 2005
- ISBN: 9040725624
- Source: Source: 309 p. (17 x 24); fig.; tabl.; ref.; append.
- Document available for consultation in the library of the IIR headquarters only.
Indexing
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Themes:
Cooling of transport vehicles;
Compressors;
Expansion systems;
Traceability, metrology;
Marine transport - Keywords: Two-phase flow; Operation; Heat transfer coefficient; Ship; Measurement; Sea transport; Heat transfer; Cooling; Recommendation; Research; R22; Compression system; Simulation; Process; Prediction; Failure; Modelling; Refrigerating plant; Evaporator; Testing; Flow; Expansion valve; Thermodynamic cycle; Control (generic); Refrigerant; Air conditioning; Condenser; Chilled water; Water; Compressor; Component
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