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Sajan Tamang

Observed names: S. Tamang, Tamang Sajan
Observed institution: Changwon National University
ORCID: 0000-0002-2776-2369
Observed ORCID: 0000-0002-2776-2369
OpenAlex ID: A5027284874
An investigation on the thermal emission of hydrogen enrichment fuel in a gas turbine combustor
2023 · Sajan Tamang, Heesung Park · International Journal of Hydrogen Energy · 35
Numerical investigation of combustion characteristics for hydrogen mixed fuel in a can-type model of the gas turbine combustor
2022 · Sajan Tamang, Heesung Park · International Journal of Hydrogen Energy · 26
A novel concept for a rib turbulator for optimizing the cooling performance in a square channel
2023 · Sajan Tamang, Ehtesham Ali, et al. · International Journal of Heat and Mass Transfer · 24
Numerical investigation of combustion performance and pollutant emissions of methane/hydrogen fuel mixture in micromix combustor
2025 · Sajan Tamang, Jungwoo Son, et al. · Fuel · 20
Numerical investigation of adiabatic film cooling effectiveness through compound angle variations
2020 · Sajan Tamang, Hwabhin Kwon, et al. · Numerical Heat Transfer Part A Applications · 15
A novel spiral grooved cooling path heat sink for the cooling of high voltage direct current devices
2023 · Ehtesham Ali, Sajan Tamang, et al. · International Journal of Thermal Sciences · 13
Optimizing thermal performance in internal passage cooling with extended rib: Applying response surface method with artificial neural networks
2024 · Hwabhin Kwon, Jungwoo Son, et al. · Applied Thermal Engineering · 12
Optimization of heat transfer in mist/steam cooled square channel with kink angled rib turbulator
2022 · Sajan Tamang, Heesung Park · International Communications in Heat and Mass Transfer · 11
Effects of effusion hole configuration on liner wall cooling effectiveness and combustion performance in a can-type combustor model
2025 · Sajan Tamang, Heesung Park · International Journal of Thermal Sciences · 3
Numerical investigation on the dry low NOx of hydrogen combustion
2025 · Sajan Tamang, Heesung Park · Journal of Physics Conference Series · 3
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A Study on Numerical Analysis for Determination of Glass Molding Process Conditions for Glass Lenses
2024 · Jaehun Choi, Sajan Tamang, et al. · Journal of the Korean Society for Precision Engineering · 2
A NUMERICAL INVESTIGATION ON TEMPERATURE UNIFORMITY FACTOR AND THERMAL NOx CONCENTRATION IN 1.15MW HYDROGEN COMBUSTOR
2023 · S. Tamang, H. Park · Journal of computational fluids engineering · 2
Enhanced cooling effectiveness of diffuser-type multi-column holes in a double-wall cooling structure
2025 · Deokhyeong Kim, Sajan Tamang, et al. · International Communications in Heat and Mass Transfer · 1
Effects of Mist/Steam Flow on Heat Transfer Performance for Rib Turbulated Channel
2025 · Sajan Tamang, Heesung Park · Heat Transfer Engineering · 1
EFFECTS OF TURBULENCE MODELS ON PREDICTION ACCURACY OF THERMAL NOx EMISSIONS IN A MICROMIX COMBUSTOR
2026 · S. Tamang, H. Park · Journal of computational fluids engineering
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Genetic algorithm-based design of low-pressure-drop flow path architectures for cooling dual heat sources
2026 · Zongdao Piao, Sajan Tamang, et al. · SSRN Electronic Journal
Numerical analysis for deriving precision thermoforming mechanism of aspherical lens
2025 · Jaehun Choi, Geonho Kim, et al. · Case Studies in Thermal Engineering
Design and Performance Investigation of a 3.5mw Two-stage Axial Steam Turbine
2025 · S. Tamang, Z. Piao, et al. · Journal of computational fluids engineering
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Effects of Effusion Hole Configuration on Combustion Characteristics and Cooling Effectiveness in a Real Gas Turbine Combustor Liner Wall
2025 · Sajan Tamang, Zongdao Piao, et al. · The KSFM Journal of Fluid Machinery
Effect of Mist Size on the Cooling Performance for Internal Cooling of Gas Turbine Blade
2024 · Sajan Tamang, Heesung Park · Lecture notes in mechanical engineering
A Numerical Investigation of Heat Transfer Characteristics with Varying Film Cooling Hole Shapes for Gas Turbine Blade Cooling
2022 · Chan Hyeok Park, Sajan Tamang, et al. · Journal of the Korean Society for Precision Engineering
Works count: 21
Citation count: 168
H-index: 8
I10-index: 8
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