The Experts below are selected from a list of 9 Experts worldwide ranked by ideXlab platform

N Srinivasan - One of the best experts on this subject based on the ideXlab platform.

  • fabrication and testing of nature fibre reinforced hybrid composites banana bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

  • Fabrication and testing of Nature fibre Reinforced Hybrid Composites Banana / Bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

M Silambarasan - One of the best experts on this subject based on the ideXlab platform.

  • fabrication and testing of nature fibre reinforced hybrid composites banana bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

  • Fabrication and testing of Nature fibre Reinforced Hybrid Composites Banana / Bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

C Dhanapal - One of the best experts on this subject based on the ideXlab platform.

  • fabrication and testing of nature fibre reinforced hybrid composites banana bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

  • Fabrication and testing of Nature fibre Reinforced Hybrid Composites Banana / Bamboo
    International journal of innovation and scientific research, 2017
    Co-Authors: M Silambarasan, C Dhanapal, N Srinivasan
    Abstract:

    Hybrid composites possess unique features that can be used to meet different design requirements with respect to strength, stiffness and flexural behaviour. A key parameter in hybrid composite structures arrangement design strongly affects the variety of properties such as tensile and compressive strength based on high performance Resin. In this study Natural and synthetic fibres are combined in the same matrix (unsaturated polyester) to make Banana/Bamboo fibre hybrid composites using poly urethane Resin. The banana natural fibre is treated with NaOH. The fabrication of hybrid composite is to be done using Hand lay-up method. The fabricated hybrid composite is to be tested and their properties are to be studied. Additionally making banana nano fibre are using chemical treatment like pre-treatment (17.5% NaOH), acid hydrolysis (1M Hcl) and alkali treatment (2% NaOH) followed by hybrid composite was fabricated. The fabricated hybrid composite is to be tested and their properties are to be studied.

Ravji D. Patel - One of the best experts on this subject based on the ideXlab platform.

  • Novel Unsaturated Polyurethane Coatings from Vinylester Resin Based on Hydroquinone
    International Journal of Polymeric Materials, 1997
    Co-Authors: Jitendra M. Patel, Jatin R. Thakkar, Ravji D. Patel
    Abstract:

    Abstract Vinylester Resin of p-dihydroxybenzene (VER-HQ) was prepared by the reaction between diglycidyl ether of hydroquinone and acrylic acid. Novel unsaturated Poly-Urethane Resin (UPU-HQ) from (VER-HQ) was synthesized by reacting VER-HQ with Toluene diisocyanate. The polyurethane Resin (UPU-HQ) was coated on mild steel panels. The coated panels were tested for their impact strength, flexibility scratch hardness and chemical resistancy. The addition of vinyl monomer viz., styrene in the Resin systems impacts the properties of coatings remarkably.

Jitendra M. Patel - One of the best experts on this subject based on the ideXlab platform.

  • Novel Unsaturated Polyurethane Coatings from Vinylester Resin Based on Hydroquinone
    International Journal of Polymeric Materials, 1997
    Co-Authors: Jitendra M. Patel, Jatin R. Thakkar, Ravji D. Patel
    Abstract:

    Abstract Vinylester Resin of p-dihydroxybenzene (VER-HQ) was prepared by the reaction between diglycidyl ether of hydroquinone and acrylic acid. Novel unsaturated Poly-Urethane Resin (UPU-HQ) from (VER-HQ) was synthesized by reacting VER-HQ with Toluene diisocyanate. The polyurethane Resin (UPU-HQ) was coated on mild steel panels. The coated panels were tested for their impact strength, flexibility scratch hardness and chemical resistancy. The addition of vinyl monomer viz., styrene in the Resin systems impacts the properties of coatings remarkably.