HR job title
- Assistant Professor
- Contact Info
- ORCiD
- 0000-0003-0052-3437
Furth, Mirjam Assistant Professor
Positions
- Assistant Professor, Ocean Engineering, College of Engineering
- Faculty Affiliate, Energy Institute, Texas A&M Engineering Experiment Station (TEES)
Numerical and experimental hydrodynamics, high-speed craft dynamics, naval architecture, wave energy harvesting, seakeeping, wave downtime analysis and aquaculture.
Research Areas
- Overview
- Publications
- Teaching
- Contact
- Other
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Overview
Publications
selected publications
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academic article
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Sallam, O., Feng, R., Stason, J., Wang, X., & Frth, M.
(2024).
Stereo vision based systems for sea-state measurement and floating structures monitoring. Signal Processing: Image Communication.
122, 117088-117088.
-
Ligman, M., Lund, J., & Frth, M.
(2023).
A comprehensive review of hydrodynamic studies on fish schooling. Bioinspiration and Biomimetics.
19(1), 011002-011002.
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Hirdairs, S., Furth, M., Sharma, R., Yang, K., & Skejic, R.
(2023).
Guest editorial for the special issue on "marine hydrodynamics for innovative design". Proceedings of the Institution of Mechanical Engineers Part M: Journal of Engineering for the Maritime Environment.
237(4), 791-792.
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Sallam, O., & Fuerth, M.
(2023).
On the use of Fourier Features-Physics Informed Neural Networks (FF-PINN) for forward and inverse fluid mechanics problems. Proceedings of the Institution of Mechanical Engineers Part M: Journal of Engineering for the Maritime Environment.
237(4), 846-866.
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Sun, Y., Hamada, A. A., Sallam, O., Winden, B., & Furth, M.
(2023).
The application of laminar numerical wave tank for a heaving buoy hydrodynamics study in low-turbulence nonlinear waves. Proceedings of the Institution of Mechanical Engineers Part M: Journal of Engineering for the Maritime Environment.
237(4), 805-817.
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Igbadumhe, J., Bonoli, J., Dzielski, J., & Furth, M.
(2023).
Coupled FPSO roll motion response and tank sloshing in a pair of two row cargo tanks. Ocean Engineering.
278, 114273-114273.
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Hamada, A. A., & Fuerth, M.
(2023).
Modeling and Analysis of the Leading-Edge Vortex on Flapping Foil Turbines in Swing-Arm Mode. Journal of Fluids Engineering, Transactions of the ASME.
145(6),
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Igbadumhe, J., Sallam, O., Bonoli, J., Dzielski, J., & Furth, M.
(2022).
Equivalent linear roll damping of a FPSO coupled with liquid sloshing in a pair of two-row tanks. Ocean Engineering.
255, 111162-111162.
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Castaldi, L., Osmak, F., Green, M., Furth, M., & Bonoli, J.
(2021).
The effect of spray deflection on the performance of high speed craft in calm water. Ocean Engineering.
229, 108892-108892.
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Igbadumhe, J., & Furth, M.
(2021).
Hydrodynamic Analysis Techniques for Coupled Seakeeping-Sloshing in Zero Speed Vessels: A Review. Journal of Offshore Mechanics and Arctic Engineering.
143(2),
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Furth, M., Tan, M., Chen, Z., & Arai, M.
(2021).
A Dissipative Green's Function Approach to Modeling Gravity Waves behind Submerged Bodies. Journal of Ship Research.
65(1), 72-85.
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Fraize, J. C., Furth, M., Hoffenson, S., & Chell, B.
(2021).
Optimization Based Concept Design or Autonomous Sailing Vessels. NAVAL ENGINEERS JOURNAL.
133(1), 91-101.
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Igbadumhe, J., Sallam, O., Furth, M., & Feng, R.
(2020).
Experimental Determination of Non-Linear Roll Damping of an FPSO Pure Roll Coupled with Liquid Sloshing in Two-Row Tanks. Journal of Marine Science and Engineering.
8(8), 582-582.
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Molchanov, B., Lundmark, S., Frth, M., & Green, M.
(2019).
Experimental validation of spray deflectors for high speed craft. Ocean Engineering.
191, 106482-106482.
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Cheng, N., Frth, M., Johnson, M. C., Tay, Z. Y., Shenoi, R. A., & Wilson, P. A.
(2013).
Engaging the Community with a Green Town Concept. Energy Procedia.
37, 7337-7345.
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Sallam, O., Feng, R., Stason, J., Wang, X., & Frth, M.
(2024).
Stereo vision based systems for sea-state measurement and floating structures monitoring. Signal Processing: Image Communication.
122, 117088-117088.
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chapter
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Wang, X., Sallam, O., Sunderland, R., & Frth, M.
(2023).
Development and Testing of a Free Running Model for Experimental Hydrodynamic Study of Planing Boat. Progress in Marine Science and Technology.
HSMV 2023.
IOS Press.
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Wang, X., Bonoli, J., Cohen, M., & Furth, M.
(2020).
Design and Testing Outline for a Free Running Model of a High Speed Craft. Progress in Marine Science and Technology.
HSMV 2020.
(pp. 21-32).
IOS Press.
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Fraize, J., Furth, M., & Zanotto, D.
(2019).
Design and Preliminary Validation of a Smart Personal Flotation Device. Biosystems and Biorobotics.
Wearable Robotics: Challenges and Trends.
(pp. 480-484).
Springer Nature.
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Dhom, U., Tretow, C., Kuttenkeuler, J., Wngelin, F., Fraize, J., Fuerth, M., & Razola, M.
(2018).
Development and initial results of an autonomous sailing drone for oceanic research. Marine Design XIII, Volume 1.
(pp. 633-644).
CRC Press.
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Fuerth, M., Igbadumhe, J., Tay, Z. Y., & Windn, B.
(2018).
Downtime analysis of FPSO. Marine Design XIII, Volume 2.
(pp. 1121-1129).
ImprintCRC Press.
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Wielgosz, C., Fuerth, M., Datla, R., Chung, U., Rosn, A., & Danielsson, J.
(2018).
Experimental validation of numerical drag prediction of novel spray deflector design. Marine Design XIII, Volume 1.
(pp. 491-497).
CRC Press.
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Fuerth, M., Raleigh, K., Duong, T., & Zanotto, D.
(2018).
SmartPFD: Towards an actively controlled inflatable life jacket to reduce death at sea. Marine Design XIII, Volume 2.
(pp. 737-744).
CRC Press.
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Belanger, D. G., Fuerth, M., Jansen, K., & Reichard, L.
(2018).
Toward the use of big data in smart ships. Marine Design XIII, Volume 2.
(pp. 897-908).
CRC Press.
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Wang, X., Sallam, O., Sunderland, R., & Frth, M.
(2023).
Development and Testing of a Free Running Model for Experimental Hydrodynamic Study of Planing Boat. Progress in Marine Science and Technology.
HSMV 2023.
IOS Press.
-
conference paper
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Wang, X., Sallam, O., Sunderland, R., & Fuerth, M.
(2023).
Development and Testing of a Free Running Model for Experimental Hydrodynamic Study of Planing Boat. Progress in Marine Science and Technology.
149-156.
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SALLAM, O., & Fuerth, M.
(2023).
INFERENCE OF WATER WAVES SURFACE ELEVATION FROM HORIZONTAL VELOCITY COMPONENTS USING PHYSICS INFORMED NEURAL NETWORKS (PINN)
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Wang, X., Sallam, O., Moulton, D., Richardson, J., Sunderland, R., McKeig, B., & Furth, M.
(2022).
High-Speed Craft Model Design, Data Acquisition and Environment Monitoring for Free-Running Tests
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Hamada, A. A., & Frth, M.
(2022).
Development of a Finite Element Solver Including a Level-Set Method for Modeling Hydrokinetic Turbines
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Wang, X., Sallam, O., Moulton, D., & Frth, M.
(2022).
The Development of a Planning Boat Model and Environmental Measurements for Free Running Model Tests
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Hamada, A. A., Rolen, A., McCullough, W., & Furth, M.
(2022).
Numerical Simulation of the Effect of Wave Characteristics on PTO of Point Absorber Wave Energy Converter
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Frizzell, J., & Furth, M.
(2022).
Prediction of Vessel RAOs: Applications of Deep Learning to Assist in Design
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Hamada, A. A., & Furth, M.
(2021).
Numerical Simulation of the Effect of Buoy Geometries on PTO of Wave Energy Converters
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Igbadumhe, J., Furth, M., Bonoli, J., & Dzielski, J.
(2021).
Experimental Investigation of FPSO Roll Motion Response Coupled with Sloshing in a Pair of Two Row Cargo Tanks
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Hamada, A. A., & Furth, M.
(2021).
Ground Effect on Current Energy Harvesting from a Freely-Oscillating Circular Cylinder at Low Reynolds Number
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Hamada, A. A., Sallam, O. K., Bonnaure, C. R., Rodriguez, P. I., Stason, J., & Furth, M.
(2021).
Design of a Free Running High Speed Craft Model for Testing Off the Coast of Galveston
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Wang, X., Bonoli, J., Cohen, M., & Fuerth, M.
(2020).
Design and Testing Outline for a Free Running Model of a High Speed Craft. Progress in Marine Science and Technology.
21-33.
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Austin, A., Chieff, A., Depardieu, J., Gratton, M., Holdaway, T., Lee, W. T., ... Fuerth, M.
(2019).
Novel Concepts for Offshore Ocean Farming
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Fraize, J., Ekman, F., Fuerth, M., Hoffenson, S., & Chell, B.
(2019).
Multi-Objective Reliability-Based Design Optimization of an Autonomous Sailing Vessel. 4900-4906.
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Fraize, J., & Fuerth, M.
(2018).
Conceptual Design of an Autonomous Sailing Vessel
-
Fraize, J., Fuerth, M., & Zanotto, D.
(2018).
Design and Preliminary Validation of a Smart Personal Flotation Device. 480-484.
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Fuerth, M., Gamie, K., Klesaris, G., Oberlander, R., & Robertson, O.
(2017).
Adaptable Design of an Efficient Naval Combatant Vessel. 2-20.
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Fuerth, M., Igbadumhe, J., & Sharp, J.
(2017).
Management of Integrity of Ageing Pipelines. 1-9.
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Fuerth, M., & Raleigh, K.
(2017).
Potential Flow-based Boundary Element Method for Submerged Rigid 2D Bodies. 1-4.
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Fuerth, M., Tan, M., Chen, Z. M., & Arai, M.
(2015).
Numerical Evaluation of Double and Single Integral Versions of the Green Function for Wave Resistance Determination. 1031-1039.
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Fuerth, M., Tan, M., Chen, Z. M., & Arai, M.
(2015).
Improvements to a Potential Flow Based Method for Residual Resistance Prediction Used in Early Ship Design Stages
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Hata, R., Arai, M., & Fuerth, M.
(2015).
Sloshing and Swirling Inside a Spherical Tank. 346-346.
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Fuerth, M., Tan, M., Chen, Z. M., & Arai, M.
(2015).
2015S-GS6-4 Wave Resistance Prediction Model for Submerged Bluff Bodies. 243-246.
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Fuerth, M., Tan, M., Chen, Z. M., & Arai, M.
(2014).
The Development of a Dissipative Potential Flow model for Resistance Prediction
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Fuerth, M., Tan, M., & Chen, Z. M.
(2013).
Determining Wave Resistance Using a Dissipative Potential Flow Model. 726-733.
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Wang, X., Sallam, O., Sunderland, R., & Fuerth, M.
(2023).
Development and Testing of a Free Running Model for Experimental Hydrodynamic Study of Planing Boat. Progress in Marine Science and Technology.
149-156.
-
institutional repository document
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sallam, o., Feng, R., Stason, J., Rolen, A., Rodriguez, I., & Frth, M.
(2022).
Computer Vision Techniques for Floating Structures Experimental Analysis: A Heaving Buoy Case Study
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sallam, o., Feng, R., Stason, J., Rolen, A., Rodriguez, I., & Frth, M.
(2022).
Computer Vision Techniques for Floating Structures Experimental Analysis: A Heaving Buoy Case Study
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thesis
Teaching
teaching activities
- OCEN362 Hnr-hydromechanics Instructor
- OCEN362 Hydromechanics Instructor
- OCEN402 Prncpls Of Naval Arch Instructor
- OCEN402 Prncpls Of Naval Arch-gv Instructor
- OCEN421 Naval Arch Design Ii Instructor
- OCEN485 Directed Studies Instructor
- OCEN491 Research Instructor
- OCEN621 Advanced Naval Arch Instructor
- OCEN685 Directed Studies Instructor
- OCEN691 Research Instructor
Contact
first name
- Mirjam
has last name
- Furth
Other
- furth@tamu.edu