Structural performance evaluation of hybrid polymer composites for critical infrastructure pick-and-place robot grippers using silica nanoparticles

PurposeThis study focuses on the structural performance assessment of hybrid polymer composites for pick-and-place robot grippers used in critical infrastructure. This research involved the creation of composite materials with different nanoparticle concentrations, followed by extensive testing to a...

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Vydáno v:	International journal of structural integrity Ročník 14; číslo 6; s. 932 - 945
Hlavní autoři:	Mani, Megavannan, Murgaiyan, Thiyagu, Krishnan, Pradeep Kumar
Médium:	Journal Article
Jazyk:	angličtina
Vydáno:	Bingley Emerald Publishing Limited 14.11.2023 Emerald Group Publishing Limited
Témata:	Automobiles Carbon Carbon fiber reinforced plastics Composite materials Composite structures Critical infrastructure E glass Epoxy resins Fiber composites Glass fiber reinforced plastics Glass-epoxy composites Grippers Infrastructure Interfacial bonding Investigations Load Materials selection Mechanical properties Nanoparticles Performance assessment Performance evaluation Polymer matrix composites Polymers Robots S glass Silica glass Silicon dioxide Silica nanoparticles Pick-and-place robot Quasi static sequence technique Hybrid polymer composites Mechanical performance
ISSN:	1757-9864, 1757-9872
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Abstract	PurposeThis study focuses on the structural performance assessment of hybrid polymer composites for pick-and-place robot grippers used in critical infrastructure. This research involved the creation of composite materials with different nanoparticle concentrations, followed by extensive testing to assess the mechanical properties of the materials, such as strength, stiffness and durability.Design/methodology/approachThe composites comprised bidirectional interply inclined carbon fibers (C), S-glass fibers (SG), E-glass (EG), an epoxy matrix and silica nanoparticles (SNiPs). During construction, the composite materials must be carefully layered using quasi-static sequence techniques (45°C1/45°SG2/45°EG2/45°C1/45°EG2/45°SG2/45°C1) to obtain the epoxy matrix reinforcement and bonding using 0, 2, 4 and 6 wt. % of silica nanoparticles.FindingsAccording to various test findings, the 4 wt. % of SNiPs added to polymer plates exhibits the maximum strength outcomes. The average results of the tensile and flexural tests for the polymer composite plates with 4 wt. % addition SNiPs were 127.103 MPa and 223.145 MPa, respectively. The average results of the tensile and flexural tests for the plates with 0 wt.% SNiPs were 115.457 MPa and 207.316 MPa, respectively.Originality/valueThe authors hereby attest that the research paper they have submitted is the result of their own independent and unique labor. All of the sources from which the thoughts and passages were derived have been properly credited. The work has not been submitted for publication anywhere and is devoid of any instances of plagiarism.Highlights The study enhances the engineering materials for innovative applications.The study explores the mechanical behavior of carbon/S-glass/E-glass fiber composites.Silica nanoparticles were enhancing mechanical characteristics of the composite structure.
AbstractList	PurposeThis study focuses on the structural performance assessment of hybrid polymer composites for pick-and-place robot grippers used in critical infrastructure. This research involved the creation of composite materials with different nanoparticle concentrations, followed by extensive testing to assess the mechanical properties of the materials, such as strength, stiffness and durability.Design/methodology/approachThe composites comprised bidirectional interply inclined carbon fibers (C), S-glass fibers (SG), E-glass (EG), an epoxy matrix and silica nanoparticles (SNiPs). During construction, the composite materials must be carefully layered using quasi-static sequence techniques (45°C1/45°SG2/45°EG2/45°C1/45°EG2/45°SG2/45°C1) to obtain the epoxy matrix reinforcement and bonding using 0, 2, 4 and 6 wt. % of silica nanoparticles.FindingsAccording to various test findings, the 4 wt. % of SNiPs added to polymer plates exhibits the maximum strength outcomes. The average results of the tensile and flexural tests for the polymer composite plates with 4 wt. % addition SNiPs were 127.103 MPa and 223.145 MPa, respectively. The average results of the tensile and flexural tests for the plates with 0 wt.% SNiPs were 115.457 MPa and 207.316 MPa, respectively.Originality/valueThe authors hereby attest that the research paper they have submitted is the result of their own independent and unique labor. All of the sources from which the thoughts and passages were derived have been properly credited. The work has not been submitted for publication anywhere and is devoid of any instances of plagiarism.Highlights The study enhances the engineering materials for innovative applications.The study explores the mechanical behavior of carbon/S-glass/E-glass fiber composites.Silica nanoparticles were enhancing mechanical characteristics of the composite structure. PurposeThis study focuses on the structural performance assessment of hybrid polymer composites for pick-and-place robot grippers used in critical infrastructure. This research involved the creation of composite materials with different nanoparticle concentrations, followed by extensive testing to assess the mechanical properties of the materials, such as strength, stiffness and durability.Design/methodology/approachThe composites comprised bidirectional interply inclined carbon fibers (C), S-glass fibers (SG), E-glass (EG), an epoxy matrix and silica nanoparticles (SNiPs). During construction, the composite materials must be carefully layered using quasi-static sequence techniques (45°C1/45°SG2/45°EG2/45°C1/45°EG2/45°SG2/45°C1) to obtain the epoxy matrix reinforcement and bonding using 0, 2, 4 and 6 wt. % of silica nanoparticles.FindingsAccording to various test findings, the 4 wt. % of SNiPs added to polymer plates exhibits the maximum strength outcomes. The average results of the tensile and flexural tests for the polymer composite plates with 4 wt. % addition SNiPs were 127.103 MPa and 223.145 MPa, respectively. The average results of the tensile and flexural tests for the plates with 0 wt.% SNiPs were 115.457 MPa and 207.316 MPa, respectively.Originality/valueThe authors hereby attest that the research paper they have submitted is the result of their own independent and unique labor. All of the sources from which the thoughts and passages were derived have been properly credited. The work has not been submitted for publication anywhere and is devoid of any instances of plagiarism.Highlights The study enhances the engineering materials for innovative applications.The study explores the mechanical behavior of carbon/S-glass/E-glass fiber composites.Silica nanoparticles were enhancing mechanical characteristics of the composite structure.
Author	Krishnan, Pradeep Kumar Murgaiyan, Thiyagu Mani, Megavannan
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Keywords	Silica nanoparticles Pick-and-place robot Quasi static sequence technique Hybrid polymer composites Mechanical performance
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SubjectTerms	Automobiles Carbon Carbon fiber reinforced plastics Composite materials Composite structures Critical infrastructure E glass Epoxy resins Fiber composites Glass fiber reinforced plastics Glass-epoxy composites Grippers Infrastructure Interfacial bonding Investigations Load Materials selection Mechanical properties Nanoparticles Performance assessment Performance evaluation Polymer matrix composites Polymers Robots S glass Silica glass Silicon dioxide
Title	Structural performance evaluation of hybrid polymer composites for critical infrastructure pick-and-place robot grippers using silica nanoparticles
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