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Dayanand M. Goudar on Muck Rack

Dayanand M. Goudar

As seen in: Nature, MDPI
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Articles

Synthesis, microstructural analysis, and wear optimization of Al6061–Si3N4 composites via stir casting for automotive and aerospace applications - Scientific Reports

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By Vishwanath Koti, Aju Jo Sankarathil, Dayanand M. Goudar, Raju Kandavalli, Hemanth Raju T, Subraya Krishna Bhat
| Nature Verified
Abstract This study focuses on the synthesis and characterization of Al6061–Silicon Nitride (Si2N4) composites fabricated using the stir casting technique. The primary objectives were to analyze the microstructure, investigate wear behavior, and optimize wear parameters through the Taguchi statistical approach.
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Hybrid experimental and machine learning approach for optimizing abrasive wear of microcrystalline cellulose modified hemp/bamboo fiber composites - Scientific Reports

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By M. Muthukumaran, Dayanand M. Goudar, K. Kumaresan
| Nature Verified
Abstract In this work, hemp/bamboo hybrid fabric–epoxy composites reinforced with 0–9 wt% microcrystalline cellulose (µCC) is examined for their abrasive wear behavior. Compression molding was used to create composites with 0, 3, 6, and 9 wt% µCC. In accordance with ASTM G65 guidelines, wear tests were conducted under controlled dry sand abrasion. Using a Taguchi L16 design, the effects of applied load (5–20 N), abrading distance (250–1000 m), and µCC content on wear loss were assessed.
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Analysis of thermal and dynamic mechanical properties of epoxy bio-composites reinforced with sisal fibers and carbon nanotubes - Scientific Reports

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By Dinesh Kumar Rao, Chandra Kant Kaithwas, Naman Jain, Dayanand M. Goudar, Deesy G. Pinto, Subraya Krishna Bhat, Udayashankar Shivaramakrishna, Jagadeesha Thimmaiah
| Nature Verified
Abstract The present study focuses on the fabrication and analysis of thermal and dynamic mechanical properties of epoxy bio-composites reinforced with 15 wt.% sisal fibers and varying carbon nanotube (CNT) content (0–2.0 wt.%). As per the results, incorporation of 1.0 wt.% CNT significantly enhances thermal and mechanical properties of the composite.
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