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Sachin Nimbalkar
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Energy and emissions saving potential of additive manufacturing: the case of lightweight aircraft components
R Huang, M Riddle, D Graziano, J Warren, S Das, S Nimbalkar, J Cresko, ...
Journal of cleaner production 135, 1559-1570, 2016
9572016
An experimental investigation of the optimum geometry for the cold end orifice of a vortex tube
SU Nimbalkar, MR Muller
Applied Thermal Engineering 29 (2-3), 509-514, 2009
1682009
Environmental and economic implications of distributed additive manufacturing: the case of injection mold tooling
R Huang, ME Riddle, D Graziano, S Das, S Nimbalkar, J Cresko, ...
Journal of Industrial Ecology 21 (S1), S130-S143, 2017
1212017
Industrial waste heat recovery-potential applications, available technologies and crosscutting r&d opportunities
A Thekdi, SU Nimbalkar
Oak Ridge National Lab.(ORNL), Oak Ridge, TN (United States), 2015
1012015
Estimation of and barriers to waste heat recovery from harsh environments in industrial processes
D Vance, S Nimbalkar, A Thekdi, K Armstrong, T Wenning, J Cresko, ...
Journal of Cleaner Production 222, 539-549, 2019
662019
A framework for quantifying energy and productivity benefits of smart manufacturing technologies
SD Supekar, DJ Graziano, ME Riddle, SU Nimbalkar, S Das, A Shehabi, ...
Procedia Cirp 80, 699-704, 2019
332019
Energy efficiency as a foundational technology pillar for industrial decarbonization
S Sundaramoorthy, D Kamath, S Nimbalkar, C Price, T Wenning, J Cresko
Sustainability 15 (12), 9487, 2023
322023
Industrial waste heat recovery-potential applications
A Thekdi, SU Nimbalkar
Available Technologies and Crosscutting R&D Opportunities, 2014
222014
US department of energy’s industrial decarbonization roadmap
J Cresko, E Rightor, A Carpenter, K Peretti, N Elliott, S Nimbalkar, ...
USDOE Office of Energy Efficiency and Renewable Energy (EERE), 2022
212022
A framework to quantify mass flow and assess food loss and waste in the US food supply chain
W Dong, K Armstrong, M Jin, S Nimbalkar, W Guo, J Zhuang, J Cresko
Communications Earth & Environment 3 (1), 83, 2022
202022
Industrial Decarbonization Roadmap
J Cresko, E Rightor, A Carpenter, K Peretti, N Elliott, SU Nimbalkar, ...
US Department of Energy DOE/EE-2635, 2022
182022
Smart manufacturing maturity models and their applicability: a review
D Vance, M Jin, C Price, SU Nimbalkar, T Wenning
Journal of Manufacturing Technology Management 34 (5), 735-770, 2023
142023
Enhancing operational performance and productivity benefits in breweries through smart manufacturing technologies
S Nimbalkar, SD Supekar, W Meadows, T Wenning, W Guo, J Cresko
Journal of Advanced Manufacturing and Processing 2 (4), e10064, 2020
142020
Energy modeling and efficiency analysis of aluminum die-casting processes
K He, R Tang, M Jin, Y Cao, SU Nimbalkar
Energy Efficiency 12, 1167-1182, 2019
142019
Smart manufacturing technologies and data analytics for improving energy efficiency in industrial energy systems
SU Nimbalkar, W Guo, T Wenning, J Cresko, D Graziano, WR Morrow III
Oak Ridge National Laboratory (ORNL), Oak Ridge, TN (United States), 2017
142017
Cleaner chips: Decarbonization in semiconductor manufacturing
P Nagapurkar, P Nandy, S Nimbalkar
Sustainability 16 (1), 218, 2024
132024
Technology assessment on low-temperature waste heat recovery in industry
A Thekdi, SU Nimbalkar, S Sundaramoorthy, KO Armstrong, A Taylor, ...
Oak Ridge National Laboratory (ORNL), Oak Ridge, TN (United States), 2021
122021
Preliminary results from electric arc furnace off-gas enthalpy modeling
A Thekdi, S Nimbalkar, J Keiser, J Storey
the iron & steel technology conference and exposition, oak ridge national …, 2015
112015
Waste Heat Recovery from Industrial Process Heating Equipment
S Nimbalkar
US: Oakridge National Laboratory, 2015
102015
US Manufacturing water use data and estimates: Current state, limitations, and future needs for supporting manufacturing research and development
J McCall, P Rao, SG Gonzalez, S Nimbalkar, S Das, S Supekar, J Cresko
ACS ES&T Water 1 (10), 2186-2196, 2021
92021
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Artikler 1–20