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Go to shop › Engineering - Plastics

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    • Engineering - Plastics (3)
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    • Research Paper (postgraduate) (2)
    • Scientific Essay (1)

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Engineering - Plastics  (3 results)

Discover Grin's Plastic Engineering resources for students. Access cutting-edge research papers and scientific essays. Explore vital topics like damage detection in beams, innovative use of recycled glass bottles as fine aggregates, and advanced damping approaches. Available instantly as PDF/eBook or print-on-demand.

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  • Damage Detection in Beams Using Frequency Response Function Curvatures Near Resonating Frequencies
    Title: Damage Detection in Beams Using Frequency Response Function Curvatures Near Resonating Frequencies
    Autor:in: Subhajit Mondal (Author), Bidyut Mondal (Author), Anila Bhutia (Author), Sushanta Chakraborty (Author)
    Category: Research Paper (postgraduate) , 2014
    Price: US$ 0.99
  • An Inverse Approach for the Determination of a Viscous Damping Model of Fibre Reinforced Plastic Beams using Finite Element Model Updating
    Title: An Inverse Approach for the Determination of a Viscous Damping Model of Fibre Reinforced Plastic Beams using Finite Element Model Updating
    Autor:in: Subhajit Mondal (Author), Sushanta Chakraborty (Author)
    Category: Research Paper (postgraduate) , 2014
    Price: US$ 0.99
  • Use of Recycled Glass Bottles as Fine Aggregates
    Title: Use of Recycled Glass Bottles as Fine Aggregates
    Autor:in: Sanket Roy Chowdhury (Author)
    Category: Scientific Essay , 2015
    Price: US$ 6.99

Grin offers a comprehensive collection in Plastic Engineering, ideal for students. Our research papers and scientific essays cover critical areas. Investigate damage detection, focusing on frequency response curvatures in beams. Learn about sustainable materials, like utilizing recycled glass bottles as fine aggregates. Explore advanced techniques, including inverse approach methods for determining damping models in fibre reinforced plastic beams. All content is readily available as PDF, eBook, or print-on-demand.

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