Behaviour of ductile low porous materials with strain hardening in Taylor experiment

The paper deals with an analytical solution of a one-dimensional boundary value problem, describing behaviour of a ductile porous cylindrical rod, both during and after Taylor direct impact experiment (Taylor DIDIE). The solution provides a simple theoretical basis for dynamical investigations of...

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Main Authors: Edward Włodarczyk, Marcin Sarzyński
Format: Article
Language:English
Published: Military University of Technology, Warsaw 2015-06-01
Series:Biuletyn Wojskowej Akademii Technicznej
Subjects:
Online Access:http://biuletynwat.pl/icid/1157223
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author Edward Włodarczyk
Marcin Sarzyński
author_facet Edward Włodarczyk
Marcin Sarzyński
author_sort Edward Włodarczyk
collection DOAJ
description The paper deals with an analytical solution of a one-dimensional boundary value problem, describing behaviour of a ductile porous cylindrical rod, both during and after Taylor direct impact experiment (Taylor DIDIE). The solution provides a simple theoretical basis for dynamical investigations of ductile porous material. The solution was based on a plastic-rigid rate-independent material with strain hardening. For ductile low porous materials with strain hardening, all parameters are presented by means of the closed analytical formulae. The paper presents also a new experimental method of determining distributions of density and longitudinal engineering compressive strain (LECS) in a porous ductile rod, plastically deformed by Taylor DIDIE.[b]Keywords[/b]: Dynamic plasticity, porous ductile material, strain hardening, Taylor impact experiment, deformed rod dynamic parameters
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spelling doaj.art-988e51ec0078415c9db57bcbc6bec0b42023-09-02T10:26:01ZengMilitary University of Technology, WarsawBiuletyn Wojskowej Akademii Technicznej1234-58652015-06-016426910110.5604/12345865.11572231157223Behaviour of ductile low porous materials with strain hardening in Taylor experimentEdward Włodarczyk0Marcin Sarzyński1Military University of Technology, Mechatronics and Aviation Department, 2 Kaliskiego Str., 00-908 Warsaw, Poland Military University of Technology, Mechatronics and Aviation Department, 2 Kaliskiego Str., 00-908 Warsaw, PolandThe paper deals with an analytical solution of a one-dimensional boundary value problem, describing behaviour of a ductile porous cylindrical rod, both during and after Taylor direct impact experiment (Taylor DIDIE). The solution provides a simple theoretical basis for dynamical investigations of ductile porous material. The solution was based on a plastic-rigid rate-independent material with strain hardening. For ductile low porous materials with strain hardening, all parameters are presented by means of the closed analytical formulae. The paper presents also a new experimental method of determining distributions of density and longitudinal engineering compressive strain (LECS) in a porous ductile rod, plastically deformed by Taylor DIDIE.[b]Keywords[/b]: Dynamic plasticity, porous ductile material, strain hardening, Taylor impact experiment, deformed rod dynamic parametershttp://biuletynwat.pl/icid/1157223dynamic plasticityporous ductile materialStrain hardeningTaylor impact experimentdeformed rod dynamic parameters
spellingShingle Edward Włodarczyk
Marcin Sarzyński
Behaviour of ductile low porous materials with strain hardening in Taylor experiment
Biuletyn Wojskowej Akademii Technicznej
dynamic plasticity
porous ductile material
Strain hardening
Taylor impact experiment
deformed rod dynamic parameters
title Behaviour of ductile low porous materials with strain hardening in Taylor experiment
title_full Behaviour of ductile low porous materials with strain hardening in Taylor experiment
title_fullStr Behaviour of ductile low porous materials with strain hardening in Taylor experiment
title_full_unstemmed Behaviour of ductile low porous materials with strain hardening in Taylor experiment
title_short Behaviour of ductile low porous materials with strain hardening in Taylor experiment
title_sort behaviour of ductile low porous materials with strain hardening in taylor experiment
topic dynamic plasticity
porous ductile material
Strain hardening
Taylor impact experiment
deformed rod dynamic parameters
url http://biuletynwat.pl/icid/1157223
work_keys_str_mv AT edwardwłodarczyk behaviourofductilelowporousmaterialswithstrainhardeningintaylorexperiment
AT marcinsarzynski behaviourofductilelowporousmaterialswithstrainhardeningintaylorexperiment