Moti Karpel

发表

Gust Loads Alleviation Using Special Control Surfaces

Boris Moulin, Moti Karpel, B. Moulin, 2007 .

SENSITIVITY OF VEHICLE VIBRATIONS TO SUBSYSTEM STRUCTURAL VARIATIONS

Boris Moulin, Moti Karpel, Vladimir Feldgun, 2013 .

Experimental and Numerical Investigation of an Autonomous Flap for Load Alleviation

Roeland De Breuker, Moti Karpel, Lars O. Bernhammer, 2017 .

Generalized Approach to Aeroelastic CFD Time Simulation of Morphing Flight Vehicles

Moti Karpel, Yuval Levy, Evgeny Selitrennik, 2009 .

Model-Based Systems Engineering for Aircraft Design With Dynamic Landing Constraints Using Object-Process Methodology

Dov Dori, Moti Karpel, Linwen Li, 2019, IEEE Access.

Dynamic Gust Loads Analysis for Transport Aircraft with Nonlinear Control Effects

Boris Moulin, Moti Karpel, Eyal Presente, 2008 .

Rigid-Body Issues in FFT-Based Dynamic Loads Analysis with Aeroservoelastic Nonlinearities

Moti Karpel, Alexander Shousterman, Ya'akov Mindelis, 2012 .

Robust Aeroservoelastic Design with Structural Variations and Modeling Uncertainties

Moshe Idan, Boris Moulin, Moti Karpel, 2003 .

Limit Cycle Oscillations of Plate-Type Fins Using Increased-Order Models

Moti Karpel, Dani Levin, 2011 .

Modeling of Aeroservoelastic Systems with Nonlinear Strain Actuation

Boris Moulin, Moti Karpel, 2006 .

SENSITIVITY OF VEHICLE VIBRATIONS TO SUBSYSTEM STRUCTURAL VARIATIONS

Boris Moulin, Moti Karpel, Vladimir Feldgun, 2004 .

Book reviews: Robust aeroservoelastic stability analysis

Moti Karpel, 2001 .

Parametric Flutter Margin Analysis with CFD-Based Aerodynamics

Robert Carrese, Moti Karpel, Pier Marzocca, 2018 .

Intrinsic models for nonlinear flexible-aircraft dynamics using industrial finite-element and loads packages

Moti Karpel, Rafael Palacios, Yinan Wang, 2012 .

Analysis and Wind Tunnel Testing of a Piezoelectric Tab for Aeroelastic Control Applications

Moti Karpel, Sebastian Heinze, M. Karpel, 2006 .

Design of an autonomous flap for load alleviation

Roeland De Breuker, Moti Karpel, Lars O. Bernhammer, 2014 .

Examples on increased-order aeroservoelastic modeling

Moti Karpel, Carlos Maderuelo, Hector Climent, 2019 .

Computational Aeroelastic Simulation of Rapidly Morphing Air Vehicles

Moti Karpel, Yuval Levy, Evgeny Selitrennik, 2010 .

Active Alleviation of Gust Loads Using Special Control Surfaces

Boris Moulin, Moti Karpel, Vladimir Feldgun, 2006 .

Computational Aeroelasticity Research in Israel

Daniella E. Raveh, Moti Karpel, Yuval Levy, 2009 .

Safe Flutter Tests Using Parametric Flutter Margins

Daniella E. Raveh, Moti Karpel, Federico Roizner, 2019 .

Component Mode Synthesis of a Vehicle System Model Using the Fictitious Mass Method

Boris Moulin, Moti Karpel, Vladimir Feldgun, 2003 .

Aircraft aeroelastic analysis and design using CFD-based unsteady loads

Daniella E. Raveh, Moti Karpel, Yuval Levy, 2000 .

Geometrically Non-linear Structural Dynamics using Increased-Order Modelling

Moti Karpel, Lars O. Bernhammer, Manuel Reyes, 2016 .

Models for aeroservoelastic analysis with smart structures

Boris Moulin, Moti Karpel, B. Moulin, 2002 .

Correction: Nonlinear Aeroelasticity: a CFD-based Adaptive Methodology for Flutter Prediction

Rauno Cavallaro, Moti Karpel, Rocco Bombardieri, 2019 .

Component Mode Synthesis of a Vehicle System Model Using the Fictitious Mass Method

Boris Moulin, Moti Karpel, Vladimir Feldgun, 2003 .

Computational Aeroelastic Simulation of Rapidly Morphing Air Vehicles

Moti Karpel, Yuval Levy, Evgeny Selitrennik, 2010 .

Experimental and numerical study of an autonomous flap

Moti Karpel, Lars O. Bernhammer, S. T. Navalkar, 2015 .

Nonlinear Aeroelasticity: a CFD-based Adaptive Methodology for Flutter Prediction

Rauno Cavallaro, Moti Karpel, Rocco Bombardieri, 2019, AIAA Scitech 2019 Forum.

Computational Aeroelastic Simulation of Rapidly Morphing Wing-Body Configurations

Moti Karpel, Yuval Levy, Evgeny Selitrennik, 2008 .

Models for aeroservoelastic analysis with smart structures

Boris Moulin, Moti Karpel, 2004 .

Increased Order Modeling Approach to Unsteady Aerodynamics and Aeroelasticity

Moti Karpel, 2010 .

Aeroservoelastic design process using structural optimization and robust control methods

Moshe Idan, Boris Moulin, Moti Karpel, 2000 .

Aeroelastic Loads in Response to Concentrated Excitation Using Fictitious Masses

Boris Moulin, Moti Karpel, Luis Anguita, 2005 .

Aeroservoelastic Response and Stability Framework with Computational Aerodynamics

Moti Karpel, Martin Weiss, Hector Climent Manez, 2020 .

Model-Based Systems Engineering for Aircraft Design With Dynamic Landing Constraints Using Object-Process Methodology

Dov Dori, Moti Karpel, Linwen Li, 2019, IEEE Access.

Aeroelastic Control Using Distributed Floating Flaps Activated by Piezoelectric Tabs

Roeland De Breuker, Moti Karpel, Lars O. Bernhammer, 2013 .

Aeroservoelastic Gust Response Analysis for the Design of Transport Aircrafts

Boris Moulin, Moti Karpel, Luis Anguita, 2004 .

Aeroservoelastic Modeling and Sensitivity Analysis with Strain Actuators

Boris Moulin, Moti Karpel, B. Moulin, 2005 .

Energy harvesting for actuators and sensors using free-floating flaps

Moti Karpel, Roeland De Breuker, Lars O Bernhammer, 2017 .

Robust aeroservoelastic stability analysis: Rick Lind, Marty Brenner; Springer, London, 1999, ISBN 1-85233-096-1

Moti Karpel, 2001, Autom..

Flutter Analysis of Aircraft with External Stores Using Modal Coupling

Boris Moulin, Moti Karpel, Luis Anguita, 2002 .

Aeroelastic Analyses of the Free Flight of the Active Aeroelastic Aircraft Testbed (A3TB) Platform

Daniella E. Raveh, Wrik Mallik, Moti Karpel, 2020, AIAA Scitech 2021 Forum.

Characterization of Methods for Computation of Aeroservoelastic Systems Response to Gust Excitation

Moti Karpel, David Azoulay, M. Karpel, 2006 .

Efficient Aeroelastic Analysis Using Computational Unsteady Aerodynamics

Daniella E. Raveh, Moti Karpel, Yuval Levy, 2001 .

Increased-Order Models for the Prediction of Aeroelastic Limit Cycle Oscillations

Moti Karpel, Yaniv Hollander, Ido Gur, 2008 .

Dynamic Response of Aeroservoelastic Systems to Gust Excitation

Boris Moulin, Moti Karpel, P. Chen, 2005 .

Extension of the g-Method Flutter Solution to Aeroservoelastic Stability Analysis

Boris Moulin, Moti Karpel, P. C. Chen, 2003 .

Flutter Analysis of Aircraft with External Stores Using Modal Coupling

Boris Moulin, Moti Karpel, Luis Anguita, 2002 .

Reduced-order models for integrated aeroservoelastic optimization

Moti Karpel, M. Karpel, 1999 .

Extension of the g-Method Flutter Solution to Aeroservoelastic Stability Analysis

Boris Moulin, Moti Karpel, P. Chen, 2003 .

Structural Optimization Using Computational Aerodynamics

Daniella E. Raveh, Moti Karpel, Yuval Levy, 2000 .

Dynamic Aeroservoelastic Response with Nonlinear Structural Elements

Moti Karpel, Carlos Maderuelo, Hector Climent, 2013 .

Aeroservoelastic Response of Nonlinear Wind Tunnel Model to Non-Uniform Gust Field

Sergio Ricci, Moti Karpel, Lorenzo Travaglini, 2016 .

Parametric Flutter Margin Method for Aeroservoelastic Stability Analysis

Moti Karpel, Federico Roizner, M. Karpel, 2017 .

Nonlinear Design Loads for Maneuvering Elastic Aircraft

Daniella E. Raveh, Moti Karpel, D. Raveh, 2000 .

Energy Harvesting for Sensors using Free-Floating Flaps : Wind Tunnel Experiments

Roeland De Breuker, Moti Karpel, Lars O. Bernhammer, 2014 .

Towards a Hybrid Time-Frequency Domain Approach for Time-Variant Buffeting Flows

Robert Carrese, Moti Karpel, Pier Marzocca, 2017 .

Safe Flutter Tests Using Parametric Flutter Margins

Daniella E. Raveh, Moti Karpel, Federico Roizner, 2018, Journal of Aircraft.