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	1.	No cover image available Numerical Modelling and Thermo-hydraulic Study of Fluid Flows through Rectangular and Sudden Expansion Channels by Sandip Saha by Saha, Sandip Biswas, Pankaj and Nath, Sujit Material type: Mixed materials Language: English Publication details: 2022 Dissertation note: National Institute of technology, Silchar Doctor of Philosophy (Ph.D.) 2022 Availability: Items available for loan: National Institute of Technology, Silchar (1)Call number: 510 SAH. Place hold Add to cart (remove)
	2.	No cover image available Computational study on coaxial and MHPA based evacuated tube collector with energy storage for north-eastern India climatic condition by Bhaskar Ranjan Tamuli by Tamuli, Bhaskar Ranjan Nath, Sujit Material type: Mixed materials Language: English Publication details: 2022 Dissertation note: National Institute of technology, Silchar Doctor of Philosophy (Ph.D.) 2022 Availability: Items available for loan: National Institute of Technology, Silchar (1)Call number: 621.4 TAM. Place hold Add to cart (remove)
	3.	No cover image available Numerical study of thermal performance of heat pipes by Rishav Phukan by Phukan, Rishav Nath, Sujit Material type: Map Language: English Publication details: Silchar NIT 2022 Dissertation note: National Institute of Technology, Silchar Master of Technology 2022 Availability: Items available for loan: National Institute of Technology, Silchar (1)Call number: 621.4 PHU. Place hold Add to cart (remove)
	4.	No cover image available Development of an AI model for forced convection of water through a corrugated channel by Jyotirmoy Deka...[et.al.] by Nath, Sujit Material type: Map Language: English Publication details: Silchar NIT 2022 Dissertation note: National Institute of Technology, Silchar Bachelor of Technology 2022 Availability: Items available for loan: National Institute of Technology, Silchar (1)Call number: 621.4 DEV. Place hold Add to cart (remove)
	5.	No cover image available Instability analysis of atomization of annular liquid sheet and modelling of maximum entropy formalism for resulting droplet characteristics. by Sumit Rai by Rai, Sumit Nath, Sujit Material type: Map Language: English Publication details: Silchar NIT 2022 Dissertation note: National Institute of Technology, Silchar Master of Technology 2022 Availability: Items available for loan: National Institute of Technology, Silchar (1)Call number: 621.4 RAI. Place hold Add to cart (remove)

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