Citations (17)
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Read on this site (8)
Rochak Rathour, Bhavna Rajput, Apurba Das & Ramasamy Alagirusamy. (2023) Performance analysis of shell fabric of fire protective clothing for different process parameters. The Journal of The Textile Institute 114:11, pages 1682-1691.
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Rochak Rathour, Apurba Das & Ramasamy Alagirusamy. (2023) Study on the influence of constructional parameters on performance of outer layer of thermal protective clothing. The Journal of The Textile Institute 114:9, pages 1336-1346.
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Sudhanshu Maurya, Rochak Rathour, Pranav Mishra, Divya Mishra, Apurba Das & Alagirusamy Ramasamy. (2023) Studies on the effect of process parameters on the thermal protective performance of multilayer thermal protective clothing. The Journal of The Textile Institute 0:0, pages 1-12.
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Subrata Ghosh, Ripan Das & Subhankar Maity. (2019) Optimization of material and process parameters of fibrous quilt for comfortable heat loss from human body. The Journal of The Textile Institute 110:6, pages 873-881.
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Ming Fu, Weiwang Chen, Wenguo Weng, Mengqi Yuan, Na Luo & Xiaoyu Xu. (2018) Prediction of thermal skin burn based on the combined mathematical model of the skin and clothing. The Journal of The Textile Institute 109:12, pages 1606-1612.
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Guoyi Liu, Yuanjun Liu & Xiaoming Zhao. (2018) A study of the thermal protective performance of the outer fabric material for fire proximity suits. The Journal of The Textile Institute 109:7, pages 851-857.
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Prabal Talukdar, Apurba Das & Ramasamy Alagirusamy. (2017) Effect of structural parameters on thermal protective performance and comfort characteristic of fabrics. The Journal of The Textile Institute 108:8, pages 1430-1441.
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Udayraj, Prabal Talukdar, Apurba Das & Ramasamy Alagirusamy. (2017) Development of correlations and artificial neural network models to predict second-degree burn time for thermal-protective fabrics. The Journal of The Textile Institute 108:2, pages 260-270.
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Articles from other publishers (9)
Boyi Li, Miao Tian, Xiaohan Liu, Jun Li, Yun Su & Jiaming Ni. (2024) Predicting the thermal protective performance of flame-retardant fabric based on machine learning. International Journal of Clothing Science and Technology 36:2, pages 226-240.
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Yu Luo, Yaping Miao, Huimin Wang, Kai Dong, Lin Hou, Yanyan Xu, Weichun Chen, Yao Zhang, Yingying Zhang & Wei Fan. (2023) Laser-induced Janus graphene/poly(p-phenylene benzobisoxazole) fabrics with intrinsic flame retardancy as flexible sensors and breathable electrodes for fire-fighting field. Nano Research 16:5, pages 7600-7608.
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Tathagata Das, Apurba Das & R Alagirusamy. (2022) Study on thermal protective performance of thermal liner in a multi-layer clothing under radiant heat exposure. Journal of Industrial Textiles 51:5_suppl, pages 8208S-8226S.
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Rochak Rathour, Apurba Das & Ramasamy Alagirusamy. (2021) Studies on the influence of process parameters on the protection performance of the outer layer of fire-protective clothing. Journal of Industrial Textiles 51:5_suppl, pages 8107S-8126S.
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Sandeep K Maurya, Viraj Uttamrao Somkuwar, Hema Garg, Apurba Das & Bipin Kumar. (2021) Thermal protective performance of single-layer rib-knitted structure and its derivatives under radiant heat flux. Journal of Industrial Textiles 51:5_suppl, pages 8865S-8883S.
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Manhao Guan, Haijiang Zhang, Jun Li, Fabrizio Spano, Martin Camenzind, Simon Annaheim & René Michel Rossi. (2020) Development of a sweating thermal skin simulant for heat transfer evaluation of clothed human body under radiant heat hazard. Applied Thermal Engineering 166, pages 114642.
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Manhao Guan, Agnes Psikuta, Martin Camenzind, Jun Li, Sumit Mandal, René Michel Rossi & Simon Annaheim. (2018) Effect of perspired moisture and material properties on evaporative cooling and thermal protection of the clothed human body exposed to radiant heat. Textile Research Journal 89:18, pages 3663-3676.
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Yun Su & Jun Li. (2016) Analyzing steam transfer though various flame-retardant fabric assemblies in radiant heat exposure. Journal of Industrial Textiles 47:5, pages 853-869.
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V. K. Kothari & S. Chakraborty. (2016) Protective performance of thermal protective clothing assemblies exposed to different radiant heat fluxes. Fibers and Polymers 17:5, pages 809-814.
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