Publikace detail

The Approach to Creation of Computational Models of Tires for Stress-Strain Analyses and Possibilities in Verification Analyses with Experiments

Autoři: Krmela Jan | Pokorný Tomáš | Krmelová Vladimíra

Rok: 2011

Druh publikace: ostatní do riv

Název zdroje: Machine Modeling and Simulations MMS 2011 The 16th International Slovak-Polish Conference

Název nakladatele: Trenčianska univerzita Alexandra Dubčeka v Trenčíne

Místo vydání: Púchov

Strana od-do: 79-86

Tituly:

Jazyk	Název	Abstrakt	Klíčová slova
cze	Přístup k tvorbě výpočtových modelů pneumatik pro deformačně-napěťové analýzy a možnosti verifikace s experimenty	Článek se zabývá přístupem k výpočtovému modelování pneumatik pro deformačně-napěťové analýzy interakce pneumatiky s vozovkou. ...	pneumatika; výpočet; experiment; deformačně-napěťová analýza; statický adhezor; verifikace
eng	The Approach to Creation of Computational Models of Tires for Stress-Strain Analyses and Possibilities in Verification Analyses with Experiments	The paper deals with approach of computational modeling of tires, which is oriented on the stress-strain analyses of tire-road interaction. The authors used the Finite Element Method (FEM) program ANSYS for computation. The combination of computational modeling with experimental approach is used for prediction real states of tires. The experiments of tires are necessary for verification analyses between computations by FEM and test data. The statical deformation characteristics of whole tires are necessary for verification analyses too. These data can be obtained from experiments by special test machine called statical adhesor. The creation computational models of tires are universal so “opened” for dynamic, thermal and modal analyses and their combination is possible.	tire; computation; experiment; stress-strain analyses; statical adhesor; verification

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