HR job title
- Professor
- Contact Info
- 1 979 862 7942
- Websites
Falzarano, Jeffrey Professor
Positions
- Professor, Ocean Engineering, College of Engineering
- Faculty Affiliate, Energy Institute, Texas A&M Engineering Experiment Station (TEES)
My research focuses on the study of nonlinear and stochastic dynamics of ships and marine structures.
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- Research
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Overview
Publications
selected publications
-
academic article
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Wang, H., & Falzarano, J.
(2021).
The pitch vulnerability of a typical wave energy converter geometry based on Melnikov and Markov approaches. Ships and Offshore Structures.
16(8), 904-918.
-
Jose, A., Falzarano, J., & Wang, H.
(2020).
Development of Coupled Program FAST-SIMDYN and Study of Non-Linear Hydrodynamics, Coupled With Negative Damping and Aerodynamics of Floating Offshore Wind Turbines. Journal of Offshore Mechanics and Arctic Engineering.
142(2), 1-20.
-
Somayajula, A., & Falzarano, J.
(2019).
Parametric roll vulnerability of ships using Markov and Melnikov approaches. Nonlinear Dynamics.
97(4), 1977-2001.
-
Yu, M., & Falzarano, J.
(2019).
Wave resistance determination by pressure integration and wave cut analysis using non-linear rankine panel method. Ships and Offshore Structures.
14(5), 469-477.
-
Liu, Y., & Falzarano, J.
(2019).
A wall damping method to estimate the gap resonance in side-by-side offloading problems. Ocean Engineering.
173, 510-518.
-
Somayajula, A., Falzarano, J., & Lutes, L.
(2019).
An efficient assessment of vulnerability of a ship to parametric roll in irregular seas using first passage statistics. Probabilistic Engineering Mechanics.
58, 102998-102998.
-
Somayajula, A., & Falzarano, J.
(2018).
Volterra (GZ)over-bar approach - a newmethod to accurately calculate the non-linear and time-varying roll restoring arm of ships in irregular longitudinal seas. Ships and Offshore Structures.
13(4), 423-431.
-
Duthoit, M., & Falzarano, J.
(2018).
Assessment of the potential for the design of marine renewable energy systems. Ocean Systems Engineering.
8(2), 119-166.
-
Yu, M., & Falzarano, J.
(2017).
A comparison of the Neumann-Kelvin and rankine source methods for wave resistance calculations. Ocean Systems Engineering.
7(4), 371-398.
-
Xie, Z., Liu, Y., & Falzarano, J.
(2017).
A more efficient numerical evaluation of the green function in finite water depth. Ocean Systems Engineering.
7(4), 399-412.
-
Liu, Y., & Falzarano, J. M.
(2017).
Suppression of Irregular Frequency Effect in Hydrodynamic Problems and Free-Surface Singularity Treatment. 139(5), 051101.
-
Wang, H., & Falzarano, J.
(2017).
Energy balance analysis method in oscillating type wave converter. 3(3), 193-208.
-
Somayajula, A., & Falzarano, J.
(2017).
Critical assessment of reverse-MISO techniques for system identification of coupled roll motion of ships. 22(2), 231-244.
-
Liu, Y., & Falzarano, J. M.
(2017).
Irregular frequency removal methods: theory and applications in hydrodynamics. Marine Systems and Ocean Technology.
12(2), 49-64.
-
Liu, Y., & Falzarano, J. M.
(2017).
A method to remove irregular frequencies and log singularity evaluation in wave-body interaction problems. 3(2), 161-189.
-
Somayajula, A. S., & Falzarano, J.
(2017).
A Comparative Assessment of Simplified Models for Simulating Parametric Roll. 139(2), 021103.
-
Somayajula, A., & Falzarano, J.
(2017).
A comparative assessment of approximate methods to simulate second order roll motion of FPSOs. Ocean Systems Engineering.
7(1), 53-74.
-
Somayajula, A., & Falzarano, J.
(2017).
Application of advanced system identification technique to extract roll damping from model tests in order to accurately predict roll motions. Applied Ocean Research.
67, 125-135.
-
Wang, H., Sitanggang, K., & Falzarano, J.
(2017).
Exploration of power take off in wave energy converters with two-body interaction. Ocean Systems Engineering.
7(2), 89-106.
-
Guha, A., & Falzarano, J.
(2016).
Estimation of hydrodynamic forces and motion of ships with steady forward speed. International Shipbuilding Progress.
62(3-4), 113-138.
-
Somayajula, A., & Falzarano, J.
(2015).
Large-amplitude time-domain simulation tool for marine and offshore motion prediction. Marine Systems and Ocean Technology.
10(1), 1-17.
-
Guha, A., & Falzarano, J.
(2015).
The effect of hull emergence angle on the near field formulation of added resistance. Ocean Engineering.
105, 10-24.
-
Moideen, H., Somayajula, A., & Falzarano, J. M.
(2014).
Application of Volterra Series Analysis for Parametric Rolling in Irregular Seas. 58(2), 97-105.
-
Moideen, H., Somayajula, A., & Falzarano, J. M.
(2014).
Application of Volterra Series Analysis for Parametric Rolling in Irregular Seas. Journal of Ship Research.
58(02), 97-105.
-
Somayajula, A., & Falzarano, J. M.
(2014).
Non-Gaussian analysis methods for planing craft motion. Ocean Systems Engineering.
4(4), 293-308.
-
Wang, H., & Falzarano, J. M.
(2013).
Energy extraction from the motion of an oscillating water column. Ocean Systems Engineering.
3(4), 327-348.
-
Su, Z., & Falzarano, J. M.
(2013).
Markov and Melnikov based methods for vessel capsizing criteria. Ocean Engineering.
64, 146-152.
-
Moideen, H., Falzarano, J. M., & Sharma, S. A.
(2012).
Parametric roll of container ships in head waves. Ocean Systems Engineering.
2(4), 239-255.
-
Su, Z., & Falzarano, J. M.
(2011).
Gaussian and non-Gaussian cumulant neglect application to large amplitude rolling in random waves. International Shipbuilding Progress.
58(2-3), 97-113.
-
Jamnongpipatkul, A., Su, Z., & Falzarano, J. M.
(2011).
Nonlinear ship rolling motion subjected to noise excitation. Ocean Systems Engineering.
1(3), 249-261.
-
Falzarano, J. M., Vishnubhotla, S., & Juckett, S. E.
(2010).
Combined Steady State and Transient Analysis of a Patrol Vessel as Affected by Varying Amounts of Damping and Periodic and Random Wave Excitation. 132(1), 014501-4.
-
Vishnubhotla, S., & Falzarano, J.
(2009).
Effect of More Accurate Hydrodynamic Modeling on Calculating Critical Nonlinear Ship Rolling Response. 44, 269-274.
-
Garriga, O. S., & Falzarano, J. M.
(2008).
Water wave interaction on a truncated vertical cylinder. 130(3), 031002.
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Crider, D. A., Falzarano, J. M., Reed, A. M., & Spencer, J. S.
(2008).
Development of a Marine Kinematics Extraction Technique with Application to the Crown Princess Heeling Accident. Transactions of the Society of Naval Architects and Marine Engineers.
116, 75-90.
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Ibrahim, R. A., Chalhoub, N. G., & Falzarano, J.
(2007).
Interaction of Ships and Ocean Structures With Ice Loads and Stochastic Ocean Waves. Applied Mechanics Reviews.
60(5), 246-289.
-
Falzarano, J., Cheng, J., & Rodrigues, W.
(2004).
Transit Draft Heave and Pitch Motion Analysis of the Mobile Offshore Base (MOB) Using Reverse MI/SO Techniques. Journal of Offshore Mechanics and Arctic Engineering.
126(1), 16-25.
-
Vishnubhotla, S., Falzarano, J., & Vakakis, A.
(2002).
MOB Platform Nonlinear Dynamics in a Realistic (Random) Seaway. 124(1), 48-52.
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Falzarano, J. M., Clague, R. E., & Kota, R. S.
(2001).
Application of nonlinear normal mode analysis to the nonlinear and coupled dynamics of a floating offshore platform with damping. 25(1-3), 255-274.
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Vishnubhotla, S., Falzarano, J., & Vakakis, A.
(2000).
A new method to predict vessel/platform critical dynamics in a realistic seaway. Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences.
358(1771), 1967-1981.
-
Holappa, K. W., & Falzarano, J. M.
(1999).
Application of extended state space to nonlinear ship rolling. Ocean Engineering.
26(3), 227-240.
-
Vishnubhotla, S., Falzarano, J., & Vakakis, A.
(1999).
Large amplitude nonlinear dynamics of the Mobile Offshore Base (MOB) at transit draft in a random seaway. 3, 531-535.
-
Kota, R. S., Falzarano, J. M., & Vakakis, A.
(1998).
Survival Analysis of a Deep-Water Floating Offshore Platform about Its Critical Axis Including Coupling. International Journal of Offshore and Polar Engineering.
8(2), 115-121.
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Korpus, R. A., & Falzarano, J. M.
(1997).
Prediction of viscous ship roll damping by unsteady Navier-Stokes techniques. Journal of Offshore Mechanics and Arctic Engineering.
119(2), 108-113.
-
FALZARANO, J. M., ESPARZA, I., & MULK, M.
(1995).
A COMBINED STEADY-STATE AND TRANSIENT APPROACH TO STUDY LARGE-AMPLITUDE SHIP ROLLING MOTION AND CAPSIZING. Journal of Ship Research.
39(3), 213-224.
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Taz Ul Mulk, M., & Falzarano, J.
(1994).
Complete Six-Degrees-of-Freedom Nonlinear Ship Rolling Motion. Journal of Offshore Mechanics and Arctic Engineering.
116(4), 191-201.
-
Falzarano, J., & Mulk, M.
(1994).
Large amplitude rolling motion of an ocean survey vessel. Marine Technology and SNAME News.
31(4), 278-285.
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TROESCH, A. W., & FALZARANO, J. M.
(1993).
MODERN NONLINEAR DYNAMICAL ANALYSIS OF VERTICAL PLANE MOTION OF PLANING HULLS. Journal of Ship Research.
37(3), 189-199.
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Falzarano, J. M., Shaw, S. W., & Troesch, A. W.
(1992).
APPLICATION OF GLOBAL METHODS FOR ANALYZING DYNAMICAL SYSTEMS TO SHIP ROLLING MOTION AND CAPSIZING. International Journal of Bifurcation and Chaos in Applied Sciences and Engineering.
2(1), 101-115.
-
Wang, H., & Falzarano, J.
(2021).
The pitch vulnerability of a typical wave energy converter geometry based on Melnikov and Markov approaches. Ships and Offshore Structures.
16(8), 904-918.
-
chapter
-
Falzarano, J. M., Su, Z., Jamnongpipatkul, A., & Somayajula, A.
(2019).
Solving the Problem of Nonlinear Ship Roll Motion Using Stochastic Dynamics. Fluid Mechanics and Its Applications.
Contemporary Ideas on Ship Stability.
(pp. 423-435).
Springer Nature.
-
Falzarano, J. M., Clague, R. E., & Kota, R. S.
(2001).
Application of Nonlinear Normal Mode Analysis to the Nonlinear and Coupled Dynamics of a Floating Offshore Platform with Damping. Vakakis, A. F. (Eds.),
Normal Modes and Localization in Nonlinear Systems.
(pp. 255-274).
Springer Nature.
-
Falzarano, J. M.
(1993).
Naval Architecture. Magill, F. N. (Eds.),
Magill's Survey of Science Applied science series.
(pp. 1764-1772).
Salem Press.
-
Falzarano, J., Steindl, A., Troesch, A., & Troger, H.
(1991).
Rolling Motion of Ships Treated as Bifurcation Problem. Seydel, R., Schneider, F. W., Küpper, T., & Troger, H. (Eds.),
Bifurcation and Chaos: Analysis, Algorithms, Applications.
(pp. 117-121).
Springer Nature.
-
Falzarano, J. M., Su, Z., Jamnongpipatkul, A., & Somayajula, A.
(2019).
Solving the Problem of Nonlinear Ship Roll Motion Using Stochastic Dynamics. Fluid Mechanics and Its Applications.
Contemporary Ideas on Ship Stability.
(pp. 423-435).
Springer Nature.
-
conference paper
-
Berto, K., Hodapp, D., & Falzarano, J.
(2019).
A detailed look into the 2017 SNAME OC-8 comparative wind load study. Annual Offshore Technology Conference.
-
Jose, A., Falzarano, J., & Wang, H.
(2018).
A STUDY OF NEGATIVE DAMPING IN FLOATING WIND TURBINES USING COUPLED PROGRAM FAST-SIMDYN. v001t01a036-v001t01a036.
-
Liu, Y., & Falzarano, J. M.
(2017).
FREQUENCY DOMAIN ANALYSIS OF THE INTERACTIONS BETWEEN MULTIPLE SHIPS WITH NONZERO SPEED IN WAVES OR CURRENT-WAVE INTERACTIONS. v07at06a069-v07at06a069.
-
Liu, Y., & Falzarano, J. M.
(2017).
IMPROVEMENT ON THE ACCURACY OF MEAN DRIFT FORCE CALCULATION. v07at06a068-v07at06a068.
-
Guha, A., & Falzarano, J.
(2016).
Optimization of a Parametric FLNG in Finite Water Depth. v007t06a071-v007t06a071.
-
Liu, Y., & Falzarano, J. M.
(2016).
SUPPRESSION OF IRREGULAR FREQUENCY IN MULTI-BODY PROBLEM AND FREE-SURFACE SINGULARITY TREATMENT. v007t06a068-v007t06a068.
-
Somayajula, A., & Falzarano, J.
(2016).
Estimation of roll motion parameters using R-MISO system identification technique. Proceedings of the International Offshore and Polar Engineering Conference.
568-574.
-
Guha, A., Somayajula, A., & Falzarano, J.
(2016).
Time domain simulation of large amplitude motions in shallow water. 540-559.
-
Somayajula, A. S., & Falzarano, J. M.
(2015).
Validation of Volterra Series Approach for Modelling Parametric Rolling of Ships. v011t12a043-v011t12a043.
-
Somayajula, A. S., & Falzarano, J. M.
(2015).
VALIDATION OF VOLTERRA SERIES APPROACH FOR MODELLING PARAMETRIC ROLLING OF SHIPS
-
Somayajula, A. S., & Falzarano, J. M.
(2014).
NON-LINEAR DYNAMICS OF PARAMETRIC ROLL OF CONTAINER SHIP IN IRREGULAR SEAS. v007t12a018-v007t12a018.
-
Yu, X., & Falzarano, J. M.
(2013).
Numerical simulation of motion response control of multibody floating systems. Proceedings of the International Offshore and Polar Engineering Conference.
689-696.
-
Guha, A., & Falzarano, J.
(2013).
Development of a Computer Program for Three Dimensional Analysis of Zero Speed First Order Wave Body Interaction in Frequency Domain. v005t06a094-v005t06a094.
-
Moideen, H., Somayajula, A., & Falzarano, J. M.
(2013).
PARAMETRIC ROLL OF HIGH SPEED SHIPS IN REGULAR WAVES. v005t06a095-v005t06a095.
-
Moideen, H., & Falzarano, J. M.
(2013).
Importance of Accurately Modeling Nonlinear Damping in Predicting Parametric Ship Rolling. IUTAM Bookseries.
159-171.
-
Yu, X., & Falzarano, J.
(2012).
Motion response control of a single spar using linear quadratic regulator (LQR) method. Proceedings of the International Offshore and Polar Engineering Conference.
995-999.
-
Yu, X., & Falzarano, J.
(2012).
Motion Response Control of the DWSC Spar Based on State-Space Model. 447-451.
-
Bandas, J. C., & Falzarano, J. M.
(2011).
A numerical investigation into the linear seakeeping ability of the T-craft. 99-105.
-
Yu, X., & Falzarano, J. M.
(2011).
TIME-DOMAIN SIMULATION OF MULTIBODY FLOATING SYSTEMS BASED ON STATE-SPACE MODELING TECHNOLOGY. 857-867.
-
Yu, X., Ma, T., & Falzarano, J. M.
(2010).
APPLICATION OF A NEW SEMI-ACTIVE CONTROL STRATEGY TO DYNAMIC RESPONSE CONTROL OF AN OFFSHORE PLATFORM USING MR DAMPERS. 731-736.
-
Yu, X., Falzarano, J. M., & Su, Z.
(2010).
TIME-DOMAIN SIMULATION OF A MULTI-BODY FLOATING SYSTEM IN WAVES. 797-803.
-
Yu, X., Lakhotia, C., & Falzarano, J. M.
(2009).
DEVELOPMENT OF A MULTI-BODY VESSEL DYNAMICS SIMULATION TOOL. 843-849.
-
Falzarano, J. M., & Lakhotia, C.
(2008).
Effect of Icing on Ship Maneuvering Characteristics. 997-1001.
-
Ertekin, R. C., Bang, S., Kostandinos, B., Causal, S. M., Chitrapu, M., Christophe, D., ... Young, C.
(2007).
Ocean engineering: Introduction. 281-282.
-
Chakrabarti, S., Bernitsas, M. M., Boote, D., Brekke, J. N., Chatjigeorgiou, I. K., Chitrapu, M., ... Zimmermann, C. A.
(2007).
Offshore technology: Introduction. 1-2.
-
Falzarano, J. M., Vishnubhotla, S., & Juckett, S. E.
(2006).
Steady-State and Transient Dynamical Systems Analysis of Uncoupled and Coupled Very Large Amplitude Roll Response of a Vessel in Regular and Random Waves. 369-374.
-
Shin, Y. S., Belenky, V. L., Paulling, J. R., Weems, K. M., Lin, W. M., McTaggart, K., ... Letizia, L.
(2005).
Criteria for parametric roll of large containerships in longitudinal seas. Transactions of the Society of Naval Architects and Marine Engineers.
14-47.
-
Falzarano, J. M., Vishnubhotla, S., & Juckett, S. E.
(2005).
Combined steady state and transient analysis of a patrol vessel as affected by varying amounts of damping and periodic and random wave excitation. 1081-1085.
-
Falzarano, J., Vishnubhotla, S., & Cheng, J.
(2004).
Nonlinear dynamic analysis of ship capsizing in random waves. Proceedings of the International Offshore and Polar Engineering Conference.
479-484.
-
Garriga, O. S., & Falzarano, J. M.
(2004).
Water Waves and Marine Structure Interaction. 1155-1165.
-
Shin, Y. S., Belenky, V. L., Lin, W. M., Weems, K. M., Engle, A. H., McTaggart, K., ... Grochowalski, S.
(2003).
Nonlinear time domain simulation technology for seakeeping and wave-load analysis for modern ship design. Transactions of the Society of Naval Architects and Marine Engineers.
557-583.
-
Cheng, J., & Falzarano, J. M.
(2003).
System Identification of Nonlinear Coupled Ship/Offshore Platform Dynamics in Beam Seas. 531-540.
-
Falzarano, J., & Hutchison, B. L.
(2003).
Risk assessment of FPSOs with emphasis on collision: Discussion. Transactions of the Society of Naval Architects and Marine Engineers.
339.
-
Laranjinha, M., Falzarano, J. M., & Soares, C. G.
(2002).
Analysis of the Dynamical Behaviour of an Offshore Supply Vessel With Water on Deck. 383-390.
-
Falzarano, J., Cheng, J., & Rodrigues, W.
(2002).
Transit Draft Heave and Pitch Motion Analysis of the Mobile Offshore Base (MOB) Using Reverse MI/SO Techniques. 369-381.
-
Rodrigues, W., & Falzarano, J.
(2001).
Transit draft heave motion analysis of the Mobile Offshore Base (MOB) using reverse MI/SO techniques. 256-263.
-
Das, S., & Falzarano, J.
(2001).
Transit draft roll motion stability analysis of the Mobile Offshore Base (MOB) using time varying coefficients. 248-255.
-
Vishnubhotla, S., Falzarano, J., & Vakakis, A.
(2000).
Storm survival of a tanker based floating production system (FPSO) in a realistic (random) seaway. 391-395.
-
Falzarano, J., Cheng, J., Das, S., Rodrigues, W., & Vassilev, R.
(2000).
MOB transit draft transient dynamics and stability. 42-48.
-
Vishnubhotla, S., Falzarano, J., & Vakakis, A.
(1999).
Large amplitude nonlinear dynamics of the Mobile Offshore Base (MOB) at transit draft in a random seaway. 531-535.
-
Zhong, Z., Falzarano, J. M., & Fithen, R. M.
(1998).
A numerical study of U-tube passive anti-rolling tanks. Proceedings of the International Offshore and Polar Engineering Conference.
504-512.
-
Kota, R. S., Falzarano, J. M., & Vakakis, A.
(1997).
Survival analysis of a deep-water floating offshore platform about its critical axis including coupling. Proceedings of the International Offshore and Polar Engineering Conference.
492-498.
-
FALZARANO, J. M., ZHANG, F., VISHNUBHOTLA, S., & KOTA, R.
(1995).
TRANSIENT SURVIVAL ANALYSIS OF A MOORED FLOATING OFFSHORE PLATFORM - UNBIASED. Proceedings of the International Offshore and Polar Engineering Conference.
456-461.
-
Falzarano, J., Vishnubhotla, S., & Zhang, F.
(1995).
Transient survival analysis of a moored floating offshore platform: wind biased. 153-160.
-
Zhang, F., & Falzarano, J.
(1994).
Multiple degree of freedom global transient ship rolling motion: Large amplitude forcing. 99-108.
-
Falzarano, J., Holappa, K., & Taz-Ul-Mulk, M.
(1993).
Generalized analysis of saturation induced ship rolling motion. 73-92.
-
Falzarano, J., & Zhang, F.
(1993).
Multiple degree of freedom global analysis of transient ship rolling motion. 57-72.
-
Esparza, I., & Falzarano, J.
(1993).
Nonlinear rolling motion of a statically biased ship under the effect of external and parametric excitation. 111-122.
-
FALZARANO, J. M., & ESPARZA, I. J.
(1992).
COMPUTER-AIDED ANALYSIS OF LARGE-AMPLITUDE NONLINEAR SHIP ROLLING MOTION AND CAPSIZING. 373-388.
-
FALZARANO, J. M.
(1991).
BRIDGING THE GAP BETWEEN SHIP STATIC STABILITY AND NONLINEAR DYNAMICS RESEARCH (MODERATORS COMMENTS). 1938-1938.
-
FALZARANO, J. M.
(1991).
COMING TO TERMS WITH CHAOS IN MARINE DYNAMIC-SYSTEMS - A TUTORIAL ON NONLINEAR DYNAMICS APPLIED TO SHIP ROLLING AND CAPSIZING. 1939-1943.
-
Berto, K., Hodapp, D., & Falzarano, J.
(2019).
A detailed look into the 2017 SNAME OC-8 comparative wind load study. Annual Offshore Technology Conference.
Research
principal investigator on
- Analysis, Prediction and Control of Single and Multiple Floating Vessel Dynamics Operating in Close Proximity awarded by United States Department of the Navy - (Arlington, Virginia, United States) 2016 - 2017
- Analysis of the Non-Gaussian Global Response of high-speed craft in waves awarded by United States Department of the Navy - (Arlington, Virginia, United States) 2013 - 2015
co-principal investigator on
Teaching
teaching activities
- OCEN362 Hydromechanics Instructor
- OCEN363 Dynamics And Vibrations Instructor
- OCEN402 Prncpls Of Naval Arch Instructor
- OCEN402 Prncpls Of Naval Arch-gv Instructor
- OCEN403 Dynam Of Offshore Struct-gv Instructor
- OCEN421 Naval Arch Design Ii Instructor
- OCEN421 Naval Arch Design Ii Instructor
- OCEN421 Naval Arch Design Ii Instructor
- OCEN421 Naval Arch Design Ii Instructor
- OCEN481 Seminar Instructor
- OCEN485 Directed Studies Instructor
- OCEN489 Sptp:advanced Naval Arch Instructor
- OCEN491 Hnr-research Instructor
- OCEN621 Advanced Naval Arch Instructor
- OCEN621 Advanced Naval Arch Instructor
- OCEN630 Dynamics Of Ocn Vhcles Instructor
- OCEN630 Dynamics Of Ocn Vhcles-gv Instructor
- OCEN681 Seminar Instructor
- OCEN685 Directed Studies Instructor
- OCEN689 Sptp: Advanced Naval Arch Instructor
- OCEN691 Research Instructor
Works By Students
chaired theses and dissertations
-
Bandas, John (2012-07). Seakeeping for the T-Craft Using Linear Potential and Nonlinear Dynamic Methods.
-
Guha, Amitava (2016-04). Development and Application of a Potential Flow Computer Program: Determining First and Second Order Wave Forces at Zero and Forward Speed in Deep and Intermediate Water Depth.
-
Guha, Amitava 1984- (2012-11). Development of a Computer Program for Three Dimensional Frequency Domain Analysis of Zero Speed First Order Wave Body Interaction.
-
Jamnongpipatkul, Arada (2012-02). Ship Rolling Motion Subjected to Colored Noise Excitation.
-
Jose, Alwin (2018-08). A Study of Negative Damping Phenomenon in Floating Offshore Wind Turbines and the Role of Non-Linear Wave Forces.
-
Lakhotia, Chandan (2011-08). Parametric Excitation of a DWSC.
-
Liu, Yujie (2018-06). Development of a Potential Flow Program for the Hydrodynamic Problems of Multiple Bodies at Zero or Nonzero Forward Speed and its Applications.
-
Liu, Yujie (2018-08). Development of a Potential Flow Program for the Hydrodynamic Problems of Multiple Bodies at Zero or Nonzero Forward Speed and its Applications.
-
Moideen, Hisham (2012-02). Prediction of Parametric Roll of Ships in Regular and Irregular Sea.
-
Somayajula, Abhilash Sharma (2017-04). Reliability Assessment of Hull Forms Susceptible to Parametric Roll in Irregular Seas.
-
Su, Zhiyong (2012-10). Nonlinear Response and Stability Analysis of Vessel Rolling Motion in Random Waves Using Stochastic Dynamical Systems.
-
Wang, Hao (2013-07). Wave Energy Extraction from an Oscillating Water Column in a Truncated Circular Cylinder.
-
Yu, Min (2018-06). Assessment of the Neumann-Kelvin and Rankine Source Method for the Design and Redesign of Bulbous Bows.
-
Yu, Min (2018-08). Assessment of the Neumann-Kelvin and Rankine Source Method for the Design and Redesign of Bulbous Bows.
-
Yu, Xiaochuan (2012-10). Time-domain Simulation of Multibody Floating Systems based on State-space Modeling Technology.
Background
education and training
- Ph.D. in Naval Architecture and Marine Engineering, University of Michigan-Ann Arbor - (Ann Arbor, Michigan, United States) 1990
- M.S.E. in Naval Architecture and Marine Engineering, University of Michigan-Ann Arbor - (Ann Arbor, Michigan, United States) 1989
- B.S. in Naval Architecture and Marine Engineering, Webb Institute - (Glen Cove, New York, United States) 1982
awards and honors
Contact
first name
- Jeffrey
has last name
- Falzarano
mailing address
-
Texas A&M University
Ocean Engineering
0000 TAMU
College Station, TX 77843-3136
USA
Other
In the News
- jfalzarano@civil.tamu.edu