composite materials

International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 The Native Lab launches composites course training membership plan For 2023,  The Native Lab  (TNL, Madrid, Spain) is set to expand its course catalog, adding new courses on composites, and launching updated versions of older, past ones. TNL’s website platform currently includes five self-paced, instructor-led online courses. By the end of 2023, TNL anticipates eight online courses to be available. To ensure students (individually or through a company) can access as many courses as possible, TNL has launched a new training membership plan called The Native Lab PRO. The membership guarantees access to all online courses available on the platform. It works with a subscription fee of €699/year. This includes  Composite Materials ,  Monocoque Design ,  Monocoqu...

 International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 Continuum targets facility capacity, transforms composite materials to advance wind blade recycling Denmark-based   Continuum Composite Recycling   was founded to target the wind blade recycling initiative taking place across the globe. In order to abandon landfilling and to significantly reduce the CO 2  emitted during current “recycling” processes like incineration and co-processing in cement facilities, Continuum is targeting composite material transformation to achieve more eco-friendly, fully recyclable wind turbine blades. The company is also anticipating the need for increased recycling capacity, expecting to develop several industrial-scale factories. Combined, Continuum believes it can reduce wind blade disposal by 100 million tonnes by 2050. “As a society we are rightly focus...

   International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 Complex mechanics of cellulose composites revealed An international team of researchers, led by Assistant Professor J Naveen (VIT, India), has finally completed and published a comprehensive survey of the complex structure of the natural fibers embedded in and reinforcing polymer c omposite materials .These natural fibers contain nanocellulose, which is one of the most important green materials because of its abundance, high aspect ratio, improved mechanical capabilities, renewability and biocompatibility. The review mainly covers the effects of different properties of nanocellulose on the mechanical properties of nanocellulose-based multiscale composites , the classification of nanocellulose structures, extraction of nanocellulose, and mechanical properties of cellulose-based multiscale composite...

 International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 Manipulate a Composite Material by Means of Heat and Magnetic Fields Researchers from the Public University of Navarre (UPNA/NUP), that belong to the Smart Cities (ISC) and InaMat2 institutes, have remotely manipulated a composite made of thermoplastic and iron powder using heat and magnetic fields, achieving “a degree of control never seen before.” The composite, which is classified as programmable matter, can be remotely manipulated in air, water, or inside biological tissue, thus opening up possibilities for the development of biomedical devices, tactile displays, and object manipulators. Programmable matter is defined as a material capable of modifying its properties in a programmatic way. “It can change its shape, stiffness, or other physical properties in a controlled way,” says Marzo. Until now, op...

 International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 G6 Materials enters collaboration agreement with MADE Advanced Materials G6 Materials Corp.  (Ronkonkoma, N.Y., U.S.) a high-tech company with expertise in advanced materials and developing innovative composites for a wide range of industrial uses, announces that its wholly owned subsidiary, Graphene Laboratories Inc. (GLI), has entered into a strategic partnership agreement (SPA) with  MADE Advance Materials Pte Ltd.  (Singapore), which aims to develop the next generation of graphene/fiber-reinforced composite materials. The agreement encapsulates the collaboration between GLI and MADE, which is focused on production collaboration and the potential joint development of intellectual property (IP). The key terms of the agreement include but are not limited to: MADE and GLI intend to exp...

 International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 Metal/polymer composite makes for stronger 3D-printed nanostructures 3D printing technology is used not only to build things as large as  houses , but also as small as  snowflakes . A new material allows the latter to be much stronger than ever before, and to be printed considerably faster. Developed by scientists at Stanford University, the composite material is intended mainly for use in nanoscale lattice-like structures utilized to protect tiny underlying components (such as those in electronics). It consists of a polymer resin combined with tiny clumps of metal atoms, known as metal nanoclusters. In an existing process called  two-photon lithography , a laser is shone into the liquid resin mixture. Wherever the very center of that beam strikes one of the nanoclusters, a chemical reactio...

 International Conferences on Composite Materials composite.sciencefather.com Award Nomination -  https://x-i.me/compram1 Abstract Submission -  https://x-i.me/compabst2 Composites end markets: Automotive (2023) As the automotive industry focuses on electrification, new opportunities exist for composites to lightweight vehicle components and protect the newer, larger batteries on battery-electric vehicles (BEV). Shown here, the BMW  iX  BEV features a multi-material composites-intensive frame. Photo Credit: BMW Low-volume, high-end vehicles and motorsports have made frequent use of composite materials for years, favoring continuous carbon fiber materials for high-performance, lightweight vehicles. The more cost-sensitive market for mid- and high-volume production vehicles has been slower to adopt composites. However, a steady, incremental increase has been seen in the use of continuous glass fiber-reinforced polymers (GFRP) in applications such as leaf springs, ...