Mr. R. Endymion Grosious Profile

R. Endymion Grosious

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Proceedings Article | 26 June 2024 Paper

Utilizing 3D printing in marine industries: innovations for enhanced ship and boat production

R. Endymion Grosious, Natrayan Lakshmaiya

Proceedings Volume 13188, 131880G (2024) https://doi.org/10.1117/12.3030834

KEYWORDS: 3D printing, Additive manufacturing, Manufacturing, Oceanography, Resistance, Industry, 3D modeling, Water, Printing, Plastics

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The marine industry extensively uses 3D printing to produce improved ships, boats, and other parts. How the production was implemented in marine transportation: The marine environment has been severely impacted by plastic pollution and petroleum transportation pollution over the past few decades, endangering the ozone layer and marine life. We must use 3D printing to manufacture boats and ships from plastic waste to preserve the marine environment and prevent major hazards. 3D printing is a technology used in the marine industry that reduces pollution through polylactic acid (PLA), polyhydroxybutyrate (PHB), and bio-friendly based polyamide (bio-PA). Polyhydrobutyrate was analysed. Polyhydric butyrate was chosen because of how quickly it biodegrades in marine conditions. To measure the effects of the suggested activities on the marine environment, a life cycle assessment (LCA) from birth to death. Most people who eat seafood worldwide can naturally consume all marine debris. Still, the majority of plastic waste is discarded into the ocean during shipping, which can automatically cause plastic pollution in marine life. Since plastic pollution is one of the biggest risks to marine life, eating seafood can lead to cancer or other diseases in many people, so additive manufacturing and 3D printing is the best solution to reduce environmental pollution in the ocean and shield all injuries from sea living beings.

Proceedings Article | 26 June 2024 Paper

Impact of additive manufacturing on sports safety prevention and performance enhancement: a review

R. Endymion Grosious, Natrayan L.

Proceedings Volume 13188, 1318807 (2024) https://doi.org/10.1117/12.3030840

KEYWORDS: 3D printing, Additive manufacturing, Industry, Manufacturing, Resistance, Injuries, Design, Safety, Printing, Computer aided design

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Additive manufacturing 3D Printing plays an important role in sports industries to reduce and protect players from injury during the sports period. Additive manufacturing 3D Printing has involved several sports industries in manufacturing all sports parts through additive manufacturing 3D Printing example. Cricket industries, Football industries, Volleyball industries, Hockey industries, Badminton industries, Kabaddi industries, Running Athletics, Basketball industries, Gymnastics industries, Bodybuilding industries, and Golf industries. Tennis ball industries, Boxing industries, skiing industries, Rugby industries, Archery industries, Skateboarding industries, skipping industries, soccer industries, bowling industries, Cycling industries, bike and car racing industries, and video games industries. In those industries, additive manufacturing plays a huge role in reducing the sports parts with lightweight structure, exact accuracy, unimaginable design, and high resistance and strength to achieve the exact Compact model to perform well during the sports period. Additive manufacturing is one of the best and fastest-growing technologies in the world for reducing the material-weight ratio to achieve accuracy with high tensile strength. This is a major principle for additive manufacturing 3D printing in sports industries nowadays. There are so many accidents and injuries in sports industries, so additive manufacturing can compact the sports parts and protect the players from harm; today's additive manufacturing 3D printing is executing a large production quickly with great flexibility and reliable operation. Additive manufacturing 3D printing does not require any high-level tool to manufacture such sports products. CAD is the designing sector in additive manufacturing 3D printing.

Proceedings Article | 26 June 2024 Paper

Advancements in automotive production: exploring the role of 3D printing and selective laser sintering

R. Endymion Grosious, Natrayan Lakshmaiya

Proceedings Volume 13188, 1318819 (2024) https://doi.org/10.1117/12.3030833

KEYWORDS: 3D printing, Manufacturing, Industry, Additive manufacturing, Design, Resistance, Laser sintering, Carbon fibers, Plastics, Batteries

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3D Printing has played a vital role in the automobile industry for the past few decades. Manufacturing the cars would take more than months, but nowadays, 3D printing rapidly produces cars with accuracy, low time consumption, and money. 3D Printing is one of the reliable operations for reducing manpower; it is more flexible to manufacture the cars with exact timing. SLS is one of the important technologies in the automotive industry. 3D printing and selective laser sintering for these operations have become transformative technologies in many fields and applications. The automobile industry is most commonly used in SLS technology to manufacture exact-sized cars. Powder bed technology is another important technology in the automotive industry. Powder bed technology is significant in the automobile sector since it drives the force behind automotive innovation. 3D printing plays a significant role in the automotive industry. In the SLS process, a laser fuses powder particles layer by layer into a solid item. Additive Manufacturing 3D Printing allows greater freedom for design engineers to manufacture cars with accurate design, timing, and speedy production. Automotive design engineers have no limitations when developing the design. Additive manufacturing allows the production of lightweight structures with high tensile strength and improved operation. Selective laser sintering has enabled the setting of boundaries per design engineer expectations. Additive Manufacturing 3D Printing is one of the most sophisticated technologies in the automotive market.

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