Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions

Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions

This paper confers to compare the behavior of AZ91E, AZ91E with 2 wt. % plain and surface modified alumina reinforced composites under different loading conditions. The composites were prepared and specimens were cut in accordance with standard procedures to conduct impact and fatigue tests. Surface...

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Main Authors: Sameer Kumar D, Suman K N S, Poddar Palash, Tara Sasanka C
Format: Article
Language:English
Published: Sciendo 2020-04-01
Series:Journal of Mechanical Engineering
Subjects:
metal matrix composites
magnesium composites
az alloys
alumina
nickel coating
impact
fatigue
Online Access:https://doi.org/10.2478/scjme-2020-0003
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spelling doaj-5aceb9da80e74cd1a118d6d22633e5be2021-09-05T14:01:49ZengSciendoJournal of Mechanical Engineering2450-54712020-04-01701293810.2478/scjme-2020-0003scjme-2020-0003Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading ConditionsSameer Kumar D0Suman K N S1Poddar Palash2Tara Sasanka C3Department of Mechanical Engineering, Bapatla Engineering College, Bapatla, IndiaDepartment of Mechanical Engineering, Andhra University College of Engineering, Visakhapatnam, IndiaPrincipal Scientist, CSIR - National Metallurgical Laboratory,Jamshedpur, IndiaDepartment of Mechanical Engineering, R.V.R. & J.C. College of Engineering, Guntur, IndiaThis paper confers to compare the behavior of AZ91E, AZ91E with 2 wt. % plain and surface modified alumina reinforced composites under different loading conditions. The composites were prepared and specimens were cut in accordance with standard procedures to conduct impact and fatigue tests. Surface modified alumina reinforced AZ91E magnesium based composites resulted in improved impact and fatigue strength because of good interactions between the matrix and reinforcement. The results are discussed.https://doi.org/10.2478/scjme-2020-0003metal matrix compositesmagnesium compositesaz alloysaluminanickel coatingimpactfatigue
collection DOAJ
language English
format Article
sources DOAJ
author Sameer Kumar D
Suman K N S
Poddar Palash
Tara Sasanka C
spellingShingle Sameer Kumar D
Suman K N S
Poddar Palash
Tara Sasanka C
Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
Journal of Mechanical Engineering
metal matrix composites
magnesium composites
az alloys
alumina
nickel coating
impact
fatigue
author_facet Sameer Kumar D
Suman K N S
Poddar Palash
Tara Sasanka C
author_sort Sameer Kumar D
title Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
title_short Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
title_full Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
title_fullStr Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
title_full_unstemmed Performance Evaluation of Surface Modified Nano Al2o3 (P) Reinforced AZ91E Composites Under Impact and Fatigue Loading Conditions
title_sort performance evaluation of surface modified nano al2o3 (p) reinforced az91e composites under impact and fatigue loading conditions
publisher Sciendo
series Journal of Mechanical Engineering
issn 2450-5471
publishDate 2020-04-01
description This paper confers to compare the behavior of AZ91E, AZ91E with 2 wt. % plain and surface modified alumina reinforced composites under different loading conditions. The composites were prepared and specimens were cut in accordance with standard procedures to conduct impact and fatigue tests. Surface modified alumina reinforced AZ91E magnesium based composites resulted in improved impact and fatigue strength because of good interactions between the matrix and reinforcement. The results are discussed.
topic metal matrix composites
magnesium composites
az alloys
alumina
nickel coating
impact
fatigue
url https://doi.org/10.2478/scjme-2020-0003
work_keys_str_mv AT sameerkumard performanceevaluationofsurfacemodifiednanoal2o3preinforcedaz91ecompositesunderimpactandfatigueloadingconditions
AT sumankns performanceevaluationofsurfacemodifiednanoal2o3preinforcedaz91ecompositesunderimpactandfatigueloadingconditions
AT poddarpalash performanceevaluationofsurfacemodifiednanoal2o3preinforcedaz91ecompositesunderimpactandfatigueloadingconditions
AT tarasasankac performanceevaluationofsurfacemodifiednanoal2o3preinforcedaz91ecompositesunderimpactandfatigueloadingconditions
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