Library Documentation

• 1D Mechanical Library — 1D Mechanical Library > Introduction
• Absolute viscosity calculation
• Air — HYD Bosch Fuel Properties calculation > Single component physical properties
• Air, gas content parameter — Definitions > Aeration phenomenon
• Air/gas content parameter — Definitions > Aeration phenomenon
• Bode state equation — Context and History
• Bosch GmbH, initial work with Dr Egler — Context and History
• Case 1: P > PHvap (liquid phase) — HYD Bosch Fuel Properties calculation > Density calculation
• Case 1: P > Psat — Absolute viscosity calculation
• Case 1: P > Psat — Void content calculation
• Case 1: P > Psat — Density and bulk modulus calculation
• Case 2: PHvap — Void content calculation
• Case 2: PHvap < P < Psat — Absolute viscosity calculation
• Case 2: PHvap< P < Psat — Density and bulk modulus calculation
• Case 2: PLvap < P < PHvap (liquid + vapor, cavitation) — HYD Bosch Fuel Properties calculation > Density calculation
• Case 3: P < PLvap (vapor phase) — HYD Bosch Fuel Properties calculation > Density calculation
• Case 3: PLvap < P < PHvap — Absolute viscosity calculation
• Case 3: PLvap < P < PHvap — Void content calculation
• Case 3: PLvap < P < PHvap — Density and bulk modulus calculation
• Case 4: P < PLvap — Absolute viscosity calculation
• Case 4: P < PLvap — Void content calculation
• Case 4: P < PLvap — Density and bulk modulus calculation
• Categories — Examples of discrete partitioning
• Cavitation phenomenon — Definitions
• Cavitation phenomenon — Definitions
• Creating a larger master and slave system — Examples of discrete partitioning
• Creating a simple master and slave system — Examples of discrete partitioning
• Creating relief valve motor slaves — Examples of discrete partitioning
• Density and bulk modulus dependency
• Density and Bulk modulus dependency — Definitions
• Documentation Use and Trademarks
• Documentation Use and Trademarks
• Elementary case — Density and bulk modulus calculation > Case 2: PHvap< P < Psat
• Employing discrete partitioning — Examples of discrete partitioning
• Examples of discrete partitioning
• Fluid absolute viscosity — HYD Bosch Fuel Properties calculation > Absolute viscosity calculation
• Fluid bulk modulus: addition of air — HYD Bosch Fuel Properties calculation > Bulk calculation
• Fluid density — HYD Bosch Fuel Properties calculation > Density calculation
• Free air/gas — Density and bulk modulus calculation > Case 2: PHvap< P < Psat
• Free air/gas (or undissolved) — Single component physical properties
• General assumptions for HYD Bosch Fuel Properties — Context and History
• General description for HYD Fluid Properties
• Global parameters with discrete partitioning — Working with masters and slaves
• Henry's law — Definitions
• HYD Bosch Fuel Properties calculation
• HYD Fluid Properties calculation
• Introduction — Context and History
• Introduction
• Limitations of Henry law for fast acting systems — Definitions
• Linear analysis with discrete partitioning — Working with masters and slaves
• Liquid — HYD Bosch Fuel Properties calculation > Single component physical properties
• Liquid — Single component physical properties
• Liquid part — HYD Bosch Fuel Properties calculation > Bulk calculation
• Liquid part — Density and bulk modulus calculation > Case 2: PHvap< P < Psat
• Liquid viscosity — HYD Bosch Fuel Properties calculation > Absolute viscosity calculation
• Loading multiple instances of slaves — Working with masters and slaves
• Mass of fluid — Density and bulk modulus calculation
• Miscellaneous — Definitions > Aeration phenomenon
• Modes of operation for discrete partitioning
• Notation
• Notations — Definitions
• Polytropic index — Definitions
• Polytropic index
• Principles and motivation
• Remark — Context and History
• Removing loaded slaves — Working with masters and slaves
• Results of the HYD Bosch Fuel Properties for the 9 fuels — Context and History
• Robert Bosch measurements for 9 fuel properties — Context and History
• Saturation pressure parameter Psat — Definitions > Aeration phenomenon
• Save as for a loaded slave — Working with masters and slaves
• Summary of all formulae
• Summary of all formulae
• Temperature — HYD Bosch Fuel Properties calculation
• The 3 cases in Bosch fuel properties — Definitions
• The 4 Cases considered for HYD Fluid Properties — Definitions
• Using local run parameters in the slave — Working with masters and slaves
• Using master and slave blocks with extra signal ports — Working with masters and slaves
• Vapor — HYD Bosch Fuel Properties calculation > Single component physical properties
• Vapour — Single component physical properties
• Void content calculation
• Where does the speedup come from?
• Working with masters and slaves