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Journal Articles

Transient Thermal Performance Of Phase-Change Material Infused In Cellular Materials Based On Different Unit Cell Topologies

Karthik Nithyanandam, Prashant Singh

Publisher: ASME

J. Heat Mass Transfer.

Paper No: HT-23-1079

https://doi.org/10.1115/1.4063354

Published Online: September 8, 2023

View Article titled, Transient Thermal Performance Of Phase-Change Material Infused In Cellular Materials Based On Different Unit Cell Topologies

Topics: Phase change materials, Topology, Transients (Dynamics), Porosity, Manufacturing, Metal foams, Shapes, Thermal conductivity, Additive manufacturing, Aluminum

Journal Articles

Additive Manufacturing of a High Temperature, Ni-Based Superalloy Compact Heat Exchanger: A Study on the Role of Select Key Printing Parameters

Fabio Battaglia, Xiang Zhang, Martinus A. Arie, Amir Shooshtari, Andres Paul Sarmiento, Michael Ohadi

J. Heat Mass Transfer. April 2023, 145(4): 041901.

Paper No: HT-22-1629

https://doi.org/10.1115/1.4056484

Published Online: January 4, 2023

View Article titled, Additive Manufacturing of a High Temperature, Ni-Based Superalloy Compact Heat Exchanger: A Study on the Role of Select Key Printing Parameters

Topics: Additive manufacturing, Heat exchangers, Lasers, Manifolds, Manufacturing, Microchannels, Printing, Superalloys, High temperature, Design

Journal Articles

A Modular Three-Dimensional Bioprinter for Printing Porous Scaffolds for Tissue Engineering

Linnea Warburton, Leo Lou, Boris Rubinsky

J. Heat Mass Transfer. March 2022, 144(3): 031205.

Paper No: HT-21-1618

https://doi.org/10.1115/1.4053198

Published Online: January 18, 2022

View Article titled, A Modular Three-Dimensional Bioprinter for Printing Porous Scaffolds for Tissue Engineering

Topics: Additive manufacturing, Cooling, Freezing, Printing, Sodium, Tensile testing, Texture (Materials), Tensile strength, Biological tissues, Hydrogels

Journal Articles

Direct Pore-Scale Simulations of Fully Periodic Unit Cells of Different Regular Lattices

Inderjot Kaur, Prashant Singh

J. Heat Mass Transfer. February 2022, 144(2): 022702.

Paper No: HT-21-1487

https://doi.org/10.1115/1.4053204

Published Online: January 6, 2022

View Article titled, Direct Pore-Scale Simulations of Fully Periodic Unit Cells of Different Regular Lattices

Topics: Fibers, Flow (Dynamics), Fluids, Heat transfer, Heat transfer coefficients, Metal foams, Pressure drop, Reynolds number, Simulation, Temperature

Journal Articles

Sensitivity of Thermal Predictions to Uncertain Surface Tension Data in Laser Additive Manufacturing

J. Coleman, A. Plotkowski, B. Stump, N. Raghavan, A. S. Sabau, M. J. M. Krane, J. Heigel, R. E. Ricker, L. Levine, S. S. Babu

J. Heat Transfer. December 2020, 142(12): 122201.

Paper No: HT-19-1539

https://doi.org/10.1115/1.4047916

Published Online: October 5, 2020

View Article titled, Sensitivity of Thermal Predictions to Uncertain Surface Tension Data in Laser Additive Manufacturing

Topics: Additive manufacturing, Fluid dynamics, Geometry, Lasers, Solidification, Surface tension, Temperature, Fluid mechanics, Computer simulation, Temperature gradient

Journal Articles

Comparison of Single-Phase Convection in Additive Manufactured Versus Traditional Metal Foams

Justin Broughton, Yogendra K. Joshi

Publisher: ASME

J. Heat Mass Transfer. August 2020, 142(8): 082201.

Paper No: HT-19-1558

https://doi.org/10.1115/1.4046972

Published Online: June 8, 2020

View Article titled, Comparison of Single-Phase Convection in Additive Manufactured Versus Traditional Metal Foams

Topics: Additive manufacturing, Flow (Dynamics), Fluids, Foams (Chemistry), Heat transfer, Metal foams, Porosity, Thermal conductivity, Pressure drop, Heat transfer coefficients

Journal Articles

Postextrusion Heating in Three-Dimensional Printing

David A. Edwards, Michael E. Mackay

J. Heat Transfer. May 2020, 142(5): 052101.

Paper No: HT-19-1460

https://doi.org/10.1115/1.4046343

Published Online: March 18, 2020

View Article titled, Postextrusion Heating in Three-Dimensional Printing

Topics: Polymers, Temperature, Additive manufacturing, Relaxation (Physics)

Journal Articles

Pressure Drop and Convective Heat Transfer in Different SiSiC Structures Fabricated by Indirect Additive Manufacturing

Ehsan Rezaei, Maurizio Barbato, Sandro Gianella, Alberto Ortona, Sophia Haussener

J. Heat Transfer. March 2020, 142(3): 032702.

Paper No: HT-19-1136

https://doi.org/10.1115/1.4045732

Published Online: January 29, 2020

View Article titled, Pressure Drop and Convective Heat Transfer in Different SiSiC Structures Fabricated by Indirect Additive Manufacturing

Topics: Convection, Heat transfer, Pressure drop, Porous materials, Additive manufacturing, Temperature, Reynolds number, Manufacturing, Foams (Chemistry), Flow (Dynamics)

Journal Articles

A Forward Time Stepping Heat Conduction Model for Spot Melt Additive Manufacturing

B. Stump, A. Plotkowski

J. Heat Transfer. November 2019, 141(11): 112301.

Paper No: HT-19-1050

https://doi.org/10.1115/1.4044595

Published Online: September 27, 2019

View Article titled, A Forward Time Stepping Heat Conduction Model for Spot Melt Additive Manufacturing

Topics: Additive manufacturing, Errors, Fourier transform spectroscopy, Heat, Simulation, Temperature, Heat conduction

Journal Articles

Space Structures With Embedded Flat Plate Pulsating Heat Pipe Built by Additive Manufacturing Technology: Development, Test and Performance Analysis

Federico Belfi, Filomena Iorizzo, Claudio Galbiati, Fabio Lepore

J. Heat Transfer. September 2019, 141(9): 095001.

Paper No: HT-18-1614

https://doi.org/10.1115/1.4042082

Published Online: July 22, 2019

View Article titled, Space Structures With Embedded Flat Plate Pulsating Heat Pipe Built by Additive Manufacturing Technology: Development, Test and Performance Analysis

Topics: Additive manufacturing, Design, Flat plates, Fluids, Gravity (Force), Heat pipes, Temperature, Manufacturing, Metals, Coolants

Journal Articles

Dependence of Film Cooling Effectiveness on Three-Dimensional Printed Cooling Holes

Paul Aghasi, Ephraim Gutmark, David Munday

J. Heat Transfer. October 2017, 139(10): 102003.

Paper No: HT-16-1577

https://doi.org/10.1115/1.4036509

Published Online: June 1, 2017

View Article titled, Dependence of Film Cooling Effectiveness on Three-Dimensional Printed Cooling Holes

Topics: Film cooling, Flow (Dynamics), Surface roughness, Cooling, Coolants, Computer numerical control machine tools, Aluminum, Carbon dioxide, Discharge coefficient, Additive manufacturing

Journal Articles

3D Printing of Spark-Ignited Flame Kernels, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

Yojiro Ishino, Naoki Hayashi, Yuta Ishiko, Kimihiro Nagase, Kazuma Kakimoto, Ahmad Zaid Nazari, Yu Saiki

J. Heat Transfer. February 2017, 139(2): 020913.

Paper No: HT-16-1726

https://doi.org/10.1115/1.4035583

Published Online: January 6, 2017

View Article titled, 3D Printing of Spark-Ignited Flame Kernels, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

Topics: Additive manufacturing, Computers, Flames, Schlieren methods, Turbulence, Shapes, Density, Electrodes, Flow (Dynamics), Fuels

Journal Articles

Air-Side Heat Transfer Enhancement Utilizing Design Optimization and an Additive Manufacturing Technique

Martinus A. Arie, Amir H. Shooshtari, Veena V. Rao, Serguei V. Dessiatoun, Michael M. Ohadi

J. Heat Transfer. March 2017, 139(3): 031901.

Paper No: HT-16-1018

https://doi.org/10.1115/1.4035068

Published Online: December 28, 2016

View Article titled, Air-Side Heat Transfer Enhancement Utilizing Design Optimization and an Additive Manufacturing Technique

Topics: Heat exchangers, Heat transfer, Manifolds, Microchannels, Water, Optimization, Manufacturing, Additive manufacturing, Design

Journal Articles

3D Printing of Instantaneous Turbulent Flame Shapes, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

Yojiro Ishino, Naoki Hayashi, Yuta Ishiko, Ili Fatimah Bt Abd Razak, Yu Saiki, Kimihiro Nagase, Kazuma Kakimoto

J. Heat Transfer. February 2016, 138(2): 020912.

Paper No: HT-15-1725

https://doi.org/10.1115/1.4032256

Published Online: January 18, 2016

View Article titled, 3D Printing of Instantaneous Turbulent Flame Shapes, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

Topics: Additive manufacturing, Computers, Flames, Schlieren methods, Shapes, Turbulence, Density, Solid models, Algorithms, Light sources

Journal citation

NARROW

Manuscript

Transient Thermal Performance Of Phase-Change Material Infused In Cellular Materials Based On Different Unit Cell Topologies

Additive Manufacturing of a High Temperature, Ni-Based Superalloy Compact Heat Exchanger: A Study on the Role of Select Key Printing Parameters

A Modular Three-Dimensional Bioprinter for Printing Porous Scaffolds for Tissue Engineering

Direct Pore-Scale Simulations of Fully Periodic Unit Cells of Different Regular Lattices

Sensitivity of Thermal Predictions to Uncertain Surface Tension Data in Laser Additive Manufacturing

Comparison of Single-Phase Convection in Additive Manufactured Versus Traditional Metal Foams

Postextrusion Heating in Three-Dimensional Printing

Pressure Drop and Convective Heat Transfer in Different SiSiC Structures Fabricated by Indirect Additive Manufacturing

A Forward Time Stepping Heat Conduction Model for Spot Melt Additive Manufacturing

Space Structures With Embedded Flat Plate Pulsating Heat Pipe Built by Additive Manufacturing Technology: Development, Test and Performance Analysis

Dependence of Film Cooling Effectiveness on Three-Dimensional Printed Cooling Holes

3D Printing of Spark-Ignited Flame Kernels, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

Air-Side Heat Transfer Enhancement Utilizing Design Optimization and an Additive Manufacturing Technique

3D Printing of Instantaneous Turbulent Flame Shapes, Experimentally Captured by 3D-Computer Tomography and Multi-Directional Schlieren Photography

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