Experimental Performance of a Solid Heat Exchanger with Tree-Like Flow Passages, David M. Calamas, John Baker
David Calamas

Tree-Like Branching Fins: Performance and Natural Convective Heat Transfer Behavior, David M. Calamas, John Baker
David Calamas

Behavior of Thermally Radiating Tree-Like Fins, David M. Calamas, John Baker
David Calamas

Flow Behavior and Pressure Drop in Porous Disks with Bifurcating Flow Passages, David M. Calamas, John Baker, Muhammad Sharif
David Calamas

Reynolds Transport Theorem Applied to Classical Thermodynamics, David Calamas, Alan Hewitt, John Baker, Beth Todd
David Calamas

Behavior of Thermally Radiating Tree-Like Fins, David M. Calamas, John Baker
Department of Mechanical Engineering Faculty Publications

Flow Behavior and Pressure Drop in Porous Disks with Bifurcating Flow Passages, David M. Calamas, John Baker, Muhammad Sharif
Department of Mechanical Engineering Faculty Publications

Performance of a Biologically-Inspired Heat Exchanger with Hierarchical Bifurcating Flow Passages, David M. Calamas, John Baker
Department of Mechanical Engineering Faculty Publications

Tree-Like Branching Fins: Performance and Natural Convective Heat Transfer Behavior, David M. Calamas, John Baker
Department of Mechanical Engineering Faculty Publications

Reynolds Transport Theorem Applied to Classical Thermodynamics, David M. Calamas, Alan Hewitt, John Baker, Beth Todd
Department of Mechanical Engineering Faculty Publications

Performance of a Biologically-Inspired Heat Exchanger with Hierarchical Bifurcating Flow Passages, David M. Calamas, John Baker
David Calamas

Performance of a Biologically-Inspired Heat Exchanger with Hierarchical Bifurcating Flow Passages, David M. Calamas, John Baker
David Calamas