TurboMachinery

TurboMachinery

Software

TurboMachinery 1.0 is a software tool for solution to rotordynamics of the turbocharger. It is a plugin type software for Multibody System (MBS) software Adams/View version 2018.0.0. SW enables fast and user-friendly creation of computational model of turbocharger rotor. It enables to incorporate different level of details of individual design features. Each part of the turbocharger can be modelled as a rigid body or as a reduced flexible body. Thrust and journal bearings are solved as ideal joints or analytically with formulas derived from the Reynolds equation for infinitely short bearings. The computational model is capable of solution to oil temperature change due to the shear heating effects. The output of the SW is the complex computational model of turbocharger rotordynamics in MBS, which can be further modified by user. Such computational model is perfect for bearing analysis or analysis of NVH effects of turbocharger.

TurboMachinery 1.0 is a software tool for solution to rotordynamics of the turbocharger. It is a plugin type software for Multibody System (MBS) software Adams/View version 2018.0.0. SW enables fast and user-friendly creation of computational model of turbocharger rotor. It enables to incorporate different level of details of individual design features. Each part of the turbocharger can be modelled as a rigid body or as a reduced flexible body. Thrust and journal bearings are solved as ideal joints or analytically with formulas derived from the Reynolds equation for infinitely short bearings. The computational model is capable of solution to oil temperature change due to the shear heating effects. The output of the SW is the complex computational model of turbocharger rotordynamics in MBS, which can be further modified by user. Such computational model is perfect for bearing analysis or analysis of NVH effects of turbocharger.

Turbocharger; thrust bearing; journal bearing; rotordynamics.

Turbocharger; thrust bearing; journal bearing; rotordynamics.

Technická 2896/2 61669 Brno Česká republika A1/825

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http://www.iae.fme.vutbr.cz/vyzkum-produkty-vav