Simcenter Amesim for virtual pumps design - A selection of theses and papers

Realize innovation.Unrestricted © Siemens AG 2018
Simcenter Amesim for
virtual pumps design
A selection of theses and papers

Unrestricted © Siemens AG 2018
Page 2 Siemens PLM Software
Simcenter™ Portfolio for Predictive Engineering Analytics
System simulation solutions
Simcenter Amesim
Simcenter
System
Synthesis

Simcenter Amesim supports the modeling of any type of pumps
Radial and axial piston
pump
Gerotor and
trochoidal pump
External gear pumps
Vane pump
Piston pumps with load
sensing control
Variable displacement
vane pump

Automatic pumps sketch generation with CAD Import
For gerotor pumps and vane pumps
Pump CAD parameters retrieval Automatic sketch generation Dedicated app for pumps

Simcenter Amesim for pump modeling
The answer to your engineering challenges
Platform to design
the pump of the
future
Enterprise
deployment
Integration in
your design
processes
Revamped user
experience

Agenda
•Simcenter Amesim for all
types of pump
• Internal gear pumps
• External gear pumps
• Piston pumps
• Vane pumps
pump control devices
•Going further

D. Jonquet and al. – STA – France – [ paper ]
Gerotor pump with cavitation

M. Rundo and al. – Politecnico di Torino and Magneti Marelli –
Italy – [ paper ] - Gerotor gearing in lubricating oil pumps

M. Rundo – Politecnico di Torino – Italy – [ paper ]
Energy consumption in ICE lubricating gerotor pumps

W. Schweiger and al. – Purdue University and Magna Powertrain
– USA – [ presentation ] - Active drivetrain gerotor pump

M. Pellegri and al. – Purdue University and Thomas Magnete –
USA and Germany – [ paper ]
Validated lumped parameter models for gerotor pumps

X. Wu and al. – Yanshan University – China – [ paper ]
Crescent pumps modelling

Agenda
types of pump
• Piston pumps
• Vane pumps
•Going further

P. Casoli and al. – University di Parma – Italy – [ paper ]
Numerical model for external gear pumps

A. Vacca and al. – Purdue University – USA – [ paper ]
Coupled lumped parameters / CFD external gear pump

A. Vacca and al. – Purdue University – USA – [ presentation ]
Advanced modeling of external gear pumps

A. Vacca – Purdue University – USA – [ presentation ]
Advanced modeling of external gear pumps

Agenda
types of pump
• Piston pumps
• Vane pumps
•Going further

S. Stoll and al. – Bosch Rexroth – Germany – [ paper ]
Hydraulic drive systems with axial piston pumps

N. Timo and al. – Bosch Rexroth – Germany – [ paper ]
Noise reduction in axial piston pumps

P. Achten and al. – Innas – Netherlands – [ paper ]
Four-quadrant hydraulic transformer

E. Viennet – Liebherr – Switzerland – [ presentation ]
Design optimization of valve-plates in axial piston pumps

M. Rigosi and al. – Casappa – Italy – [ paper ]
Low noise hydraulic axial piston pumps

Agenda
types of pump
• Piston pumps
• Vane pumps
•Going further

M. Rundo and al. – Politecnico di Torino and Pierburg – Italy –
[ paper ] - Modelling and simulation of lubrication variable vane pumps

M. Rundo and al. – Politecnico di Torino and Pierburg – Italy –
[ paper ] - Displacement vs flow control lubricating pumps

M. Rundo – Politecnico di Torino – Italy – [ paper ]
Piloted displacement controls for ICE lubricating vane pumps

T. Arata and al. – Nissan and Pierburg – Japan and Italy– [ paper ]
Two-stage variable vane pumps

M. Rundo and al. – Politecnico di Torino – Italy – [ presentation ]
1D System and 3D CFD simulations of lubrication variable vane pumps

Agenda
types of pump
• Constant torque
• Constant power
• Absolute pressure limiter
• Load sensing (differential pressure limiter)
•Going further

S. Manco and al. – Politecnico di Torino and Casappa – Italy –
[ paper ] - Advances in simulation of axial piston pumps

R. Andersson and M. Axin – Linköping University – Sweden –
[ mater thesis ] - Control pump displacement

K. Pettersson – Linköping University – Sweden – [ mater thesis ]
Swing drive of an excavator

O. Kayani and al. – Linköping University and Parker – Sweden –
[ master thesis ] - Hydraulic axial piston pumps

S. H. Park and al. – Pusan National University – Korea – [ paper ]
Constant power regulation for axial piston pumps

P. Casoli and al. – Parma University and Walvoil – Italy – [ paper ]
Axial piston pumps with load sensing flow sharing block

E. Viennet and al. – Liebherr – Switzerland – [ paper ]
New requirements for hydrostatic units

Agenda
types of pump
• Constant torque
• Constant power
• Absolute pressure limiter
• Load sensing (differential pressure limiter)
•Going further

Pump templates in the Simcenter Amesim online documentation
Simcenter Amesim documentation comes with ready-to-use
templates & dedicated user guide to start with:
• Axial and radial piston pumps
• Vane pumps
• Gerotor pumps
• Load sensing systems
• Check valves, pressure regulators, flow limiters
• Pipes with wave effects

Simcenter Amesim history
30 years experience in mechatronic simulation
1996
Numerics
core &
modeling
methods
2004
Multi-physics
System
Simulation
1998
Fluid specialist
Fluid
Simulation
2000
Application
oriented
Component
Simulation
2006 2010
Collaborative
System
Simulation
PIDO, CAD, CFD &
CAE interfaces
2016
Model Based
System
Engineering
Plant model, control,
XiL-Real-time
Hydraulic Component
Design library

Realize innovation.
Francesca Furno
Simcenter Amesim Fluids
Stéphane Neyrat
Simcenter Amesim Platform
Siemens PLM/Simulation & Test Solutions Department

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