evolution-dyn
('e-dyn')


App for non-linear dynamic Analyses

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evolution-dyn ('e-dyn') is an eOSSP App for non-linear dynamic analyses, which makes durability & NVH assessments of engines, compressors etc be close to reality, see below.

Using highly advanced numerical methods e-dyn enables both a convenient
simulation of the dynamic behaviour of rotating & oscillating components – such as the crankshaft/flywheel assembly – and a proper consideration of actual nonlinearities and hydrodynamics.

e-dyn is available as source code, and in object & executable forms. So, don't hesitate to contact us >> for your individual non-linear dynamics benchmark and your tailored quote...
Ref.: BMW I4 Crankshaft - non-linear Dynamics & transient Stresses, RPM Sweep
eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_1000-RPM_momentary-View.png
1.000 RPM (momentary View)
eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_2000-RPM_momentary-View.png
2.000 RPM (momentary View)
Video (RPM Sweep) >> 

click to enlarge Pics

eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_3000-RPM_momentary-View.png
3.000 RPM (momentary View)
eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_4000-RPM_momentary-View.png
4.000 RPM (momentary View)
 
eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_5000-RPM_momentary-View.png
5.000 RPM (momentary View)
eOSSP-Apps_e-dyn_nonlinear-Crankshaft-Dynamics_6000-RPM_momentary-View.png
6.000 RPM (momentary View)
 
Ref.: BMW V12 Engine - Vibrations
eOSSP-Apps_e-dyn_BMW-V12-Engine-Dynamics.png
4.000 RPM, Full Load (momentary View)

Video (RPM Sweep) >>