Faculty

Institution

Unit

Venue

Samuel Levine

Professor Emeritus

Pennsylvania State University

Affiliations

Penn State College of Engineering

Nuclear Engineering

Samuel Levine is currently serving as a Nuclear Engineering Professor Emeritus at Pennsylvania State University.

Honors

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Experiences

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Education

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Samuel Levine

Pennsylvania State University

Professor Emeritus

You can click a keyword to filter the displayed items

nuclear engineering nuclear physics nuclear science engineering nuclear energy radiation oncology systems engineering technology nuclear safety energy management engineering optimization radiation accelerator technology pressurized water reactors atomic physics thermal engineering design optimization special education particle physics energy research automatic control fusion engineering nuclear medicine higher education nuclear power genetic algorithms neutron source dosimetry burnable poison placement pressurized water reactor burnable poisons machine learning control optimization nuclear materials school psychology child psychology engineering science heat mass transfer process safety english education relaxation process energy optimization technology management community mental health community resilience thermal analysis decontamination poisoning defect tolerance experimental technology air pollution control emotional development educational contexts radiation detection accelerator physics maintenance management solvent extraction mass transfer energy engineering accelerated design nondestructive testing vocational education fuel assembly parameters neural networks hybrid genetic algorithms sensitivity study training data pwr core pwr reactors depletion method automatic reload program optimization system vver core fluid flow visualization

Notable Scholarly Works

Notable Federal Grants

Collaborators

New Techniques for Designing the Initial and Reload Cores With Constant Long Cycle Lengths. Annals of Nuclear Energy (2016)

Jun ShiSamuel LevineKostadin Ivanov

accelerated designnuclear engineeringradiation oncologynuclear physicsnuclear energyreload cores

Examination and Refinement of Fine Energy Group Structure for High Temperature Reactor Analysis. Annals of Nuclear Energy (2015)

Tholakele P. NgelekaKostadin N. IvanovSamuel Levine

nuclear physicsengineeringnuclear energynuclear engineering

The Effect of Changing Enrichments on Core Performance. Annals of Nuclear Energy (2014)

S. LevineT. BlythK. Ivanov

nuclear engineeringradiation oncologynuclear physicscore performancenuclear sciencenuclear energy

Understanding the Haling Power Depletion (Hpd) Method. (2012)

S. LevineT. BlythK. Ivanov

energy managementelectrical engineeringpower depletion

Understanding Using the Haling Power Depletion (Hpd) as a Guide for Designing Pwr Cores. Annals of Nuclear Energy (2012)

S. LevineT. BlythK. Ivanov

nuclear engineeringradiation oncologypwr coresnuclear physicsnuclear sciencenuclear energy

Burnup Performance of Sodium-Cooled Fast Reactor by Utilizing Thorium-Based Fuels. Nuclear Technology (2011)

Shadi Z. GhrayebKostadin N. IvanovSamuel H. LevineEric P. Loewen

nuclear engineeringburnup performancetechnologyengineeringthorium-based fuelsnuclear energysodium-cooled fast reactorenergy engineering

Accuracy Evaluation of Pin Exposure Calculations in Current Lwr Core Design Codes. Annals of Nuclear Energy (2007)

Vuyani XulubanaChanatip TippayakulKostadin IvanovSamuel H. LevineMoussa Mahgerefteh

nuclear engineeringradiation oncologyaccuracy evaluationnuclear physicsnuclear sciencenuclear energypin exposure calculations

Critical Experiments to Determine Amount of U-235 in Research Reactor Fuel Assemblies. Annals of Nuclear Energy (2007)

M.Y. BettanSamuel H. Levine

critical experimentsnuclear engineeringradiation oncologynuclear physicsnuclear sciencenuclear energy

New Genetic Algorithms (Ga) to Optimize Pwr Reactors. Annals of Nuclear Energy (2007)

Fatih AlimKostadin N. IvanovSerkan YilmazSamuel H. Levine

nuclear engineeringpwr reactorsnuclear physicsengineeringnuclear energyengineering optimization

Application of Genetic Algorithms to Optimize Burnable Poison Placement in Pressurized Water Reactors. Annals of Nuclear Energy (2006)

Serkan YilmazKostadin IvanovSamuel LevineMoussa Mahgerefteh

thermal engineeringnuclear engineeringchemical engineeringnuclear physicsengineeringnuclear powerburnable poison placementnuclear sciencenuclear energyenvironmental engineeringengineering optimizationpressurized water reactors

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Samuel Levine

Professor Emeritus

Pennsylvania State University

Affiliations

Penn State College of Engineering

Nuclear Engineering

Samuel Levine is currently serving as a Nuclear Engineering Professor Emeritus at Pennsylvania State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Samuel Levine

Pennsylvania State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

New Techniques for Designing the Initial and Reload Cores With Constant Long Cycle Lengths. Annals of Nuclear Energy (2016)

Jun ShiSamuel LevineKostadin Ivanov

accelerated designnuclear engineeringradiation oncologynuclear physicsnuclear energyreload cores

Examination and Refinement of Fine Energy Group Structure for High Temperature Reactor Analysis. Annals of Nuclear Energy (2015)

Tholakele P. NgelekaKostadin N. IvanovSamuel Levine

nuclear physicsengineeringnuclear energynuclear engineering

The Effect of Changing Enrichments on Core Performance. Annals of Nuclear Energy (2014)

S. LevineT. BlythK. Ivanov

nuclear engineeringradiation oncologynuclear physicscore performancenuclear sciencenuclear energy

Understanding the Haling Power Depletion (Hpd) Method. (2012)

S. LevineT. BlythK. Ivanov

energy managementelectrical engineeringpower depletion

Understanding Using the Haling Power Depletion (Hpd) as a Guide for Designing Pwr Cores. Annals of Nuclear Energy (2012)

S. LevineT. BlythK. Ivanov

nuclear engineeringradiation oncologypwr coresnuclear physicsnuclear sciencenuclear energy

Burnup Performance of Sodium-Cooled Fast Reactor by Utilizing Thorium-Based Fuels. Nuclear Technology (2011)

Shadi Z. GhrayebKostadin N. IvanovSamuel H. LevineEric P. Loewen

nuclear engineeringburnup performancetechnologyengineeringthorium-based fuelsnuclear energysodium-cooled fast reactorenergy engineering

Accuracy Evaluation of Pin Exposure Calculations in Current Lwr Core Design Codes. Annals of Nuclear Energy (2007)

Vuyani XulubanaChanatip TippayakulKostadin IvanovSamuel H. LevineMoussa Mahgerefteh

nuclear engineeringradiation oncologyaccuracy evaluationnuclear physicsnuclear sciencenuclear energypin exposure calculations

Critical Experiments to Determine Amount of U-235 in Research Reactor Fuel Assemblies. Annals of Nuclear Energy (2007)

M.Y. BettanSamuel H. Levine

critical experimentsnuclear engineeringradiation oncologynuclear physicsnuclear sciencenuclear energy

New Genetic Algorithms (Ga) to Optimize Pwr Reactors. Annals of Nuclear Energy (2007)

Fatih AlimKostadin N. IvanovSerkan YilmazSamuel H. Levine

nuclear engineeringpwr reactorsnuclear physicsengineeringnuclear energyengineering optimization

Application of Genetic Algorithms to Optimize Burnable Poison Placement in Pressurized Water Reactors. Annals of Nuclear Energy (2006)

Serkan YilmazKostadin IvanovSamuel LevineMoussa Mahgerefteh

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anomalous diffusion

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probabilistic safety assessment

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