Information Technology Reference
In-Depth Information
9. VanderAa,H.C.E.,VanderAa,M.A.H.,Schreurs,P.J.G.,Baaijens,F.P.T.,Van
Veenen,W.J.:Anexperimentalandnumericalstudyofthewallironingprocessof
polymercoatedsheetmetal.Mech.Mater.32,423-443(2000)
10. Ho, K., Krempl, E.: Extension of the viscoplasticity theory based on overstress
(VBO) tocapturenon-standardrate dependencein solids. Int.J. Plast. 18, 851-
872(2002)
11. Colak,O.U.:Modelingdeformationbehaviorofpolymerswithviscoplasticitythe-
orybasedonoverstress.Int.J.Plast.21,145-160 (2005)
12. Zaıri, F., Woźnica, K., Nait-Abdelaziz, M., Gloaguen, J.M.: Elasto-viscoplastic
constitutiveequationsforthedescriptionofglassypolymersbehaviouratconstant
strainrate.J.Eng.Mater.Technol.129,29-35(2007)
13. Pyrz, M., Zairi, F.: Identification of viscoplastic parameters of phenomenological
constitutive equations for polymers by deterministic and evolutionary approach.
ModelingandSimulationinMaterialsScienceandEngineering15,85-103(2007)
14. Pyrz, M., Zalewski, R.:Modeling of granular mediasubmittedto internalunder-
pressure.MechanicsResearchCommunications37,141-144(2010)
15. Zalewski,R.:Constitutivemodelforspecialgranularstructures.InternationalJour-
nalofNon-LinearMechanics45,279-285(2010)
16. Zalewski, R., Pyrz, M.: Modeling and parameter identification of granular plas-
tomer conglomerate submitted to internal underpressure. Engineering Struc-
tures32,2424-2431 (2010)
17. Zalewski, R., Pyrz, M.: Experimental study and modeling of polymer granular
structuressubmittedtointernalunderpressure.MechanicsofMaterials 57, 75-85
(2013)
18. Bodner, S.R., Partom, Y.: Constitutive equations for elastic-viscoplastic strain-
hardeningmaterials.J.Appl.Mech.42,385-389 (1975)
19. Zalewski, R.:Modeling andresearch ofthepartialvacuumimpacton mechanical
properties of special granular structures. Wydawnictwa Komunikacji i Łączności,
Warsaw(2013)(inpolish)ISBN978-83-206-1851-8
20. Kłosowski, P., Zagubień, A., Woźnica, K.:Investigation on rheological properties
oftechnicalfabricPanama.ArchiveofAppliedMechanics73,661-681(2004)
21. Rowley,M.A.,Thornton,E.A.:Constitutivemodellingofthevisco-plasticresponse
hastelloy-Xandaluminumalloy8009.J.Eng.Mat.Tech.118,9-27(1996)
22. Pyrz, M., Woźnica, K.: Evolutionary based tool for parameters identification of
constitutivemodels.Mat´eriauxdu10´emeS´eminaireFranco-PolonaisdeM´ecanique,
Ecole Polytechnique de Varsovie, Facult´e des Voitures et des Machines Lourdes,
Varsovie,Poland,pp.46-58(2002)
23. Zalewski,R.,Wolszakiewicz,T.:Analysisofuniaxialtensiletestsforhomogeneous
solid propellants under various loading conditions. Central European Journal of
EnergeticMaterials8,223-231(2011)
24. Zalewski,R.,Pyrz,M.,Wolszakiewicz,T.:ModelingofSolidPropellantsViscoplas-
tic Behavior Using Evolutionary Algorithms. Central European Journal of Ener-
geticMaterials7,289-300(2010)
25. Bajkowski, J., Jasiński, M., Mączak, J., Radkowski, S., Zalewski, R.: The active
magnetorheological support as an element of damping of vibrations transferred
fromthegroundtolarge-scalestructuresupports.KeyEngineeringMaterials518,
350-357 (2012)
26. Ptak,M.,Rusiński,E.,Karliński,J.,Dragan,S.:EvaluationofkinematicsofSUV
to pedestrian impact-lower leg impactor and dummy approach. Archivesof Civil
andMechanicalEngineering12,68-73(2012)
Search WWH ::




Custom Search