RESEARCH ARTICLE INTELLIGENCE

Articles Published 15 September 2017

A COMSOL Study on the Effectiveness of Shielding in Composites Containing HDPE and Aluminium Nanoparticles

Special Edition

AUTHORS & AFFILIATIONS

Shakuntala M Sajjanar Lecturer, Science Department, Government polytechnic Bagalkot -587103, Karnataka, India.
Archana Lecturer in science, Department of Science, Government Polytechnic Kalaburagi, India.

READER ENGAGEMENT

Article metrics

Source-labelled data
513Article / abstract viewsOJS COUNTER usage records
322PDF downloadsOJS COUNTER usage records
28Views · last 30 daysOJS COUNTER usage records
17PDF downloads · last 30 daysOJS COUNTER usage records
Readership over time

Recorded months within the last 12 months. Each bar shows recorded access events; the current month is partial.

● Article / abstract views● PDF downloads
Nov 2025
31 views
11 PDF downloads
Dec 2025
47 views
14 PDF downloads
Jan 2026
13 views
3 PDF downloads
Feb 2026
17 views
7 PDF downloads
Mar 2026
28 views
10 PDF downloads
Apr 2026
19 views
5 PDF downloads
May 2026
30 views
20 PDF downloads
Jun 2026
57 views
14 PDF downloads
Jul 2026
36 views
56 PDF downloads
Aug 2026
38 views
73 PDF downloads
Sep 2026
51 views
25 PDF downloads
Oct 2026
24 views
16 PDF downloads

Usage totals reflect processed OJS records and may lag recent visits. Citation sources count independently and are not combined.

Keywords:

EMI shielding, aluminum nanoparticles, shielding effectiveness, composite materials, COMSOL Multiphysics, GHz frequencies

Abstract

In this study, we investigate the shielding efficiency (SE) of HDPE composites containing aluminum nanoparticles against electromagnetic interference (EMI). We try to calculate the SE between 8 and 12 GHz using the modeling and simulation tool COMSOL Multiphysics. This study aims to provide a detailed description of the shielding efficacy of an aluminum nanoparticle composite that might be used in future communication and electrical devices. The results show that the SE fluctuates significantly with frequency and that there are certain GHz bands with the lowest SE. These findings might help refine materials for GHz-range electromagnetic interference shielding.

FULL TEXT

Read the article

DOWNLOAD PAPER

Downloads

Published

15-09-2017

How to Cite

Shakuntala M Sajjanar, & Archana. (2017). A COMSOL Study on the Effectiveness of Shielding in Composites Containing HDPE and Aluminium Nanoparticles. Journal of Scientific Research and Technology, 3(1). Retrieved from https://jsrtjournal.com/index.php/JSRT/article/view/166

Issue

Special Edition

Section

Articles

License

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

CONTINUE EXPLORING

Related research

Search all articles ↗
09 October 2026Risk Assessment and Management in Build Operate Transfer (BOT) Infrastructure ProjectsRead article →28 September 2026Leadership Support and Organizational Performance in Humanitarian International Non-Governmental Organizations under Funding Volatility: Evidence from South SudanRead article →27 September 2026Enterprise Threat DetectionRead article →
SCHOLARLY DISCOVERY

Follow the research record

Check article metadata and journal source records in their original services.

Clarivate Web of ScienceWeb of ScienceESCI till 2024 · historical verification PDF ↗ Google ScholarGoogle ScholarJournal profile ↗ CrossrefCrossrefDOI records ↗ ResearchGateResearchGateJournal page ↗ ISSN International CentreISSN 2583-8660Official serial record ↗ SciSpaceSciSpaceJournal record ↗ OpenAlexOpenAlexScholarly source record ↗ ScilitScilitJournal source record ↗ Semantic ScholarSemantic ScholarTitle search ↗ Academia.eduAcademia.eduJSRT profile ↗ ROADROADISSN directory record ↗ SJIFactorSJIFactorJournal listing ↗ Cresta MetricsCresta MetricsJournal profile ↗ ZenodoZenodoISSN search ↗ OpenAIREOpenAIRE-connected recordZenodo source record ↗ International Impact Factor ServicesIIFSService reference ↗