Analysis Tools

• 2D plot for power/energy temporal evolution — The Analysis Tools in Detail
• Activity Index and I, C, R, S and RS elements — Overview of the Activity Index
• Activity Index for proper models — Overview of the Activity Index
• Activity Index-compliant Libraries
• Advanced examples
• Advanced Examples
• Aim of the Performance Analyzer — Introduction
• Aim of the Performance Analyzer — Performance Analyzer > Aim of the Performance Analyzer
• Algebraic loops within Simcenter Amesim
• Aliasing effect — FFT
• Analysis Tool GUI and Bar graphs — The Analysis Tools in Detail
• Animated bar chart for power/energy contributions during operational phases — The Analysis Tools in Detail
• At component level — Algebraic loops within Simcenter Amesim > How can I avoid/break algebraic loops?
• At system level — Algebraic loops within Simcenter Amesim > How can I avoid/break algebraic loops?
• Automatic linearization — The Performance Analyzer in detail > The Frequencies pane
• Bandwidth — Order tracking
• Before starting with Linear Analysis — Introduction
• Benefits of using Linear Analysis — Introduction
• Bibliography
• Bibliography
• Bibliography
• Bibliography
• Bode plot — Overview of Linear Analysis features > Frequency diagrams
• Building the system — Linear Analysis examples > Example 3: Frequency response analysis with a mass-spring damper system
• Changing the status of a variable — Overview of Linear Analysis features > Setting-up the model for system linearization
• Comparison and numerical performances — Using the Activity Index - Examples > Example 2: the 3 piston pump (case study)
• Construction and parameterization — Simple example
• Construction and Parameterization — Second Simple Example: Hydraulic Wheatstone Bridge
• Construction and Parameterization — First Simple Example: Falling Mass
• Continuity of R and RS for Systems with/without Thermal Ports — Theory for Power and Energy Computations > Energy Analysis Guidelines
• Correction factors — FFT
• CPU-time for Energy Computations
• Creating a spectral map — Spectral Map
• Creating an order tracking curve — Order tracking
• Data windowing — FFT
• Defining linearization times — Overview of Linear Analysis features > Setting-up the model for system linearization
• Description of the Fourier Transform — FFT
• Description of the Power Spectral Density — PSD
• Different tools for different analysis — Introduction
• Discrete Fourier Transform — FFT
• Documentation Use and Trademarks
• Documentation Use and Trademarks
• Domain of validity — Using the Activity Index - Examples > Example 2: the 3 piston pump (case study)
• During model building — Algebraic loops within Simcenter Amesim > How to detect and visualize algebraic loops
• Eigenvalue analysis — The Performance Analyzer in detail > The Frequencies pane
• Eigenvalue analysis — Overview of Linear Analysis features
• Eigenvalue Analysis — Linear Analysis examples > Example 1: Linear analysis with a simple mass-spring system
• Electromechanical system — Understanding what the Activity Index is
• Energetic comparisons between result sets — The Analysis Tools in Detail > Analysis Tool GUI and Bar graphs
• Energy Analysis guideline — Theory for Power and Energy Computations > Pure Bond Graph Libraries
• Energy Analysis Guidelines — Theory for Power and Energy Computations
• Energy Analysis on the complete model — Advanced Examples > Scalability with Hierarchy: Example of a Mechanical Gearbox
• Equilibrium position — Linear Analysis examples > Example 1: Linear analysis with a simple mass-spring system
• Example 1: Linear analysis with a simple mass-spring system — Linear Analysis examples
• Example 1: the vehicle driveline — Using the Activity Index - Examples
• Example 2: Modal shape analysis with a mechanical system — Linear Analysis examples
• Example 2: the 3 piston pump (case study) — Using the Activity Index - Examples
• Example 3: Frequency response analysis with a mass-spring damper system — Linear Analysis examples
• Example 4: Root locus analysis — Linear Analysis examples
• Example with non-monotonic reference velocity — Spectral Map
• FFT
• FFT range scaling — Spectral Map
• First Simple Example: Falling Mass
• Fixed time step solver stability — The Performance Analyzer in detail > The Frequencies pane
• Frequency diagrams — Overview of Linear Analysis features
• Frequency response function — Overview of Linear Analysis features > Modal analysis
• FRF Partial decomposition — Overview of Linear Analysis features > Modal analysis
• Functional description of the pump — Using the Activity Index - Examples > Example 2: the 3 piston pump (case study)
• Getting started with Simcenter Amesim design exploration features — Design Exploration > Getting started with Simcenter Amesim design exploration features
• Glossary
• Glossary
• Glossary
• Glossary
• Glossary
• How can I avoid/break algebraic loops? — Algebraic loops within Simcenter Amesim
• How do I select the observer variables to use? — Overview of Linear Analysis features > Modal shapes
• How to detect and visualize algebraic loops — Algebraic loops within Simcenter Amesim
• Hydraulic actuator moving a load — Advanced Examples > Performance Optimization for Control Involving Green Design Considerations
• Hydraulic pressure regulator model — Understanding what the Activity Index is
• Hydro-mechanical system — Advanced examples
• Identifying critical variables — The Performance Analyzer in detail > The State contributions pane
• Identifying implicit variables — The Performance Analyzer in detail > The State contributions pane
• Initial modeling — Using the Activity Index - Examples > Example 2: the 3 piston pump (case study)
• Introduction
• Introduction
• Introduction
• Introduction — Performance Analyzer > Introduction
• Linear Algebra transformations
• Linear analysis — Linear Analysis examples > Example 1: Linear analysis with a simple mass-spring system
• Linear Analysis examples
• Lubrication network — Understanding what the Activity Index is
• Mathematical definitions — Overview of the Activity Index
• Maximal eigenfrequencies plot — The Performance Analyzer in detail > The Frequencies pane
• Modal analysis — Overview of Linear Analysis features
• Modal shapes — Overview of Linear Analysis features
• Modal shapes in energies — Linear Analysis examples > Example 2: Modal shape analysis with a mechanical system
• Modal shapes in magnitudes — Linear Analysis examples > Example 2: Modal shape analysis with a mechanical system
• Model Order Reduction Algorithm
• Modified model for CPU speed-up — Simple example
• More common algebraic loops in Simcenter Amesim — Algebraic loops within Simcenter Amesim
• Motivations
• Nested algebraic loops — Algebraic loops within Simcenter Amesim > How to detect and visualize algebraic loops
• Nichols plot — Overview of Linear Analysis features > Frequency diagrams
• Non-linearities — Linear Analysis examples > Example 1: Linear analysis with a simple mass-spring system
• Normal modes — Overview of Linear Analysis features > Modal analysis
• Nyquist plot — Overview of Linear Analysis features > Frequency diagrams
• Objective of the Activity Index — Overview of the Activity Index > Activity Index for proper models
• Observations — Overview of the Activity Index > Activity Index for proper models
• Once the model is built — Algebraic loops within Simcenter Amesim > How to detect and visualize algebraic loops
• Optimization with no Green Design considerations — Advanced Examples > Performance Optimization for Control Involving Green Design Considerations
• Optimization with two Green Design constraints — Advanced Examples > Performance Optimization for Control Involving Green Design Considerations
• Order tracking
• Overview
• Overview of Linear Algebra computations
• Overview of Linear Analysis features
• Overview of the Activity Index
• Overview of the Performance Analyzer — Introduction
• Performance Optimization for Control Involving Green Design Considerations — Advanced Examples
• Phase filtering — FFT
• Plotting Energies — Overview of Linear Analysis features > Modal shapes
• Plotting Magnitudes — Overview of Linear Analysis features > Modal shapes
• Power and Energy Variable-compliant libraries
• Power Balance of a single component — Advanced Examples > Scalability with Hierarchy: Example of a Mechanical Gearbox
• Power Variables of Bond-Graphs
• Power/energy summing capability — The Analysis Tools in Detail > Analysis Tool GUI and Bar graphs
• Powertrain transmission — Understanding what the Activity Index is
• Proper model — Overview of the Activity Index > Activity Index for proper models
• PSD
• Pure Bond Graph Libraries with Thermal Effects — Theory for Power and Energy Computations
• Quarter car model — Understanding what the Activity Index is
• R, C, I Power Calculations — Theory for Power and Energy Computations > Pure Bond Graph Libraries
• Removing a trend — FFT
• Root locus plots — Overview of Linear Analysis features
• RPM associated with each FFT — Spectral Map
• Runstats component — Performance Analyzer > Runstats component
• Runstats component — Introduction
• Scalability with Hierarchy: Example of a Mechanical Gearbox — Advanced Examples
• Second Simple Example: Hydraulic Wheatstone Bridge
• Selecting variables — Linear Analysis examples > Example 3: Frequency response analysis with a mass-spring damper system
• Setting the print interval — FFT
• Setting-up the model for system linearization — Overview of Linear Analysis features
• Simple example
• Simulation and analysis of the results — Simple example
• Simulation and Analysis of the Results — First Simple Example: Falling Mass
• Simulation and Analysis of the Results — Second Simple Example: Hydraulic Wheatstone Bridge
• Solenoid injector system — Advanced examples
• Sorting capabilities — The Analysis Tools in Detail > Analysis Tool GUI and Bar graphs
• Source S and Resistive-Source RS Power Calculation — Theory for Power and Energy Computations
• Source S Power Calculation — Theory for Power and Energy Computations > Pure Bond Graph Libraries
• Spectral Map
• Status of a variable for the linearization — Introduction
• Summary — Using the Activity Index - Examples
• Summary of the Framework — Theory for Power and Energy Computations > Energy Analysis Guidelines
• The Analysis Tools in Detail
• The Discontinuities pane — The Performance Analyzer in detail
• The Discontinuities pane tool — Advanced examples > Hydro-mechanical system
• The Frequencies pane — The Performance Analyzer in detail
• The Performance Analyzer in detail
• The Run statistics pane — The Performance Analyzer in detail
• The simplest algebraic loop possible within Simcenter Amesim — Algebraic loops within Simcenter Amesim
• The State contributions pane — The Performance Analyzer in detail
• The State contributions tool — Advanced examples > Hydro-mechanical system
• Theory for Power and Energy Computations
• Transformer TF Power Calculation — Theory for Power and Energy Computations > Pure Bond Graph Libraries
• Understanding what the Activity Index is
• Using the Activity Index — Overview of the Activity Index > Activity Index for proper models
• Using the Activity Index - Examples
• Validation of the final reduced model — Using the Activity Index - Examples > Example 2: the 3 piston pump (case study)
• Welch method — PSD
• What are the consequences of algebraic loops? — Algebraic loops within Simcenter Amesim