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Lubrication Analysis
Highlights:
Breakthrough Advances in Lubrication Modeling
Based on Navier-Stokes
equations GT-SUITE can be used to quickly and efficiently design, analyze, and optimize all variants
of lubrication components and systems. Typical lubrication models in GT-SUITE involve:
• Steady state pressure and flow rate distribution throughout oil circuit
Always solves energy • Priming
equation (thermo- • Thermal warmup and integration with cooling system models
hydraulics) • Pump analysis for energy consumption over driving cycle
• Detailed component analysis for:
Fundamental cavitation o pump
model o cam phase
o hydraulic lash adjuster and chain tensione
o bearings based on mobility method
Transient aeration model
o valve dynamics
(free and dissolved) Results can easily be analyzed with the GT-POST post-processor, as shown in several
application results below, ranging from steady-state to priming and pump analysis.
Tracks and transports
vapor and gases
Leakage with pressure
dependent clearance
Frequency dependent
friction
Pipe wall compliance
High-level templates for
component design
Automated creation of
flow network from 3D
CAD data
Gerotor, gear, vane and
other pumps
Fast Model Building
Advanced
Features and Building a model is easy thanks to the GEM3D pre-processorof GT-SUITE, where a
standard oil circuit flow network
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