Renewable, Recyclable, and Lightweight Structural Prototype for Greener Automotive Interior Panels

Presentation · October 2015with20 Reads

CSCHE2015- 65th Canadian Chemical Engineering Conference
This research doesn't cite any other publications.
Project
Technology deals with protein discovery , modification and nanoscience
Article
August 2016 · The Canadian Journal of Chemical Engineering · Impact Factor: 1.23
    Sustainable bio-based materials have remarkable environmental and health impacts throughout their life cycles. Over the past few decades, green biocomposites have attained rising attraction in the automotive industry, as they can be customized to meet many of its prime requirements. Polyamides are the most common engineering polymers used in the automotive industry due to their desirable... [Show full abstract]
    Article
    March 2016 · Journal of Applied Polymer Science · Impact Factor: 1.77
      This study focuses on the performance characteristics of wood/short carbon fiber hybrid biopolyamide11 (PA11) composites. The composites were produced by melt-compounding of the fibers with the polyamide via extrusion and injection molding. The results showed that mechanical properties, such as tensile and flexural strength and modulus of the wood fiber composites were significantly higher... [Show full abstract]
      Article
      January 2016 · Materials Sciences and Applications
        Abstract Owing to unprecedented climate change issues in recent times, global automotive industry is striving hard in developing novel functional materials to improve vehicle’s fuel efficiency. It is believed that more than a quarter of all combined greenhouse gas emissions (GHG) are associated with road transport vehicles. All these facts in association with heightened consumer awareness and... [Show full abstract]
        Article
        July 2017 · Environmental Impact Assessment Review · Impact Factor: 2.60
          Life cycle assessment is a useful tool that helps to quantify the ecological impact of a product. It also enables us to compare two products. Regardless of its weaknesses, this tool is by far one of the best methods introduced and is one of the most complicated techniques available for environmental assessment. While the benefit of using bio-based materials instead of synthetic materials is... [Show full abstract]
          Discover more