Julie Chalfant
TitleCited byYear
Design for manufacturing using B-spline developable surfaces
JS Chalfant, T Maekawa
Journal of Ship Research 42 (03), 207-215, 1998
Design and tessellation of B-spline developable surfaces
T Maekawa, J Chalfant
Journal of Mechanical Design 120 (3), 453-461, 1998
Analysis of various all-electric-ship electrical distribution system topologies
JS Chalfant, C Chryssostomidis
Electric Ship Technologies Symposium (ESTS), 2011 IEEE, 72-77, 2011
Early-stage design for electric ship
J Chalfant
Proceedings of the IEEE 103 (12), 2252-2266, 2015
OpenProp: An open-source parametric design and analysis tool for propellers
B Epps, J Chalfant, R Kimball, A Techet, K Flood, C Chryssostomidis
Proceedings of the 2009 Grand Challenges in Modeling & Simulation Conference …, 2009
A collaborative early-stage ship design environment
J Chalfant, B Langland, S Abdelwahed, C Chryssostomidis, R Dougal, ...
CEM Publications, 2012
Mathematical formulation and demonstration of a dynamic system-level ship thermal management tool
S Yang, JC Ordonez, JVC Vargas, J Chalfant, C Chryssostomidis
Advances in Engineering Software 100, 1-18, 2016
Computation of inflection lines and geodesics on developable surfaces
T Maekawa, JS Chalfant
Mathematical Engineering in Industry 7 (2), 251-267, 1999
The experimental validation of a transient power electronic building block (PEBB) mathematical model
E Dilay, JVC Vargas, JC Ordonez, S Yang, R Schrattenecker, M Coleman, ...
Applied Thermal Engineering 60 (1-2), 411-422, 2013
Volume element model mesh generation strategy and its application in ship thermal analysis
S Yang, E Dilay, JC Ordonez, JVC Vargas, J Chalfant
Advances in Engineering Software 90, 107-118, 2015
Design of a notional ship for use in the development of early-stage design tools
J Chalfant, M Ferrante, C Chryssostomidis
2015 IEEE Electric Ship Technologies Symposium (ESTS), 239-244, 2015
Notional all-electric ship systems integration thermal simulation and visualization
JVC Vargas, JA Souza, R Hovsapian, JC Ordonez, T Chiocchio, ...
Simulation 88 (9), 1116-1128, 2012
Cooling system early-stage design tool for naval applications
ER Fiedel, JS Chalfant, C Chryssostomidis
Proceedings of the 2011 Grand Challenges on Modeling and Simulation …, 2011
Study of parallel ac and dc electrical distribution in the all-electric ship
JS Chalfant, C Chryssostomidis, MG Angle
Proceedings of the 2010 Conference on Grand Challenges in Modeling …, 2010
Analysis and Design of Developable surfaces for Shipbuilding
JS Chalfant
Massachusetts Institute of Technology, 1997
System-level analysis of chilled water systems aboard naval ships
H Babaee, J Chalfant, C Chryssostomidis, AB Sanfiorenzo
2015 IEEE Electric Ship Technologies Symposium (ESTS), 370-375, 2015
Adding simulation capability to early-stage ship design
M Ferrante, J Chalfant, C Chryssostomidis, B Langland, R Dougal
2015 IEEE Electric Ship Technologies Symposium (ESTS), 207-212, 2015
Using S3D to analyze ship system alternatives for a 100 MW 10,000 ton surface combatant
R Smart, J Chalfant, J Herbst, B Langland, A Card, R Leonard, A Gattozzi
2017 IEEE Electric Ship Technologies Symposium (ESTS), 96-103, 2017
Comprehensive system-level thermal modeling of all-electric ships: integration of smcs and vemesrdc
S Yang, JC Ordonez, JVC Vargas, H Babaee, J Chalfant, ...
2015 IEEE Electric Ship Technologies Symposium (ESTS), 251-255, 2015
Task 2: Collaborative system design environment: Integration with leaps
J Chalfant, M Ferrante, C Chryssostomidis, B Langland
Technical Report submitted to the Office of Naval Research, 2013
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