Dry Wear Modeling for Spherical Contact

Estimation of relative position between objects for robotic insertion of LDOs using classification learning methods

Nonholonomic dynamics of the dissipative Twistcar vehicle – towards an actuated system with passivity

Instruments and methodologies for studying the electron wind force effect on twin boundaries

The significant drop of flow stress in metallic materials during plastic deformation through the utilization of electric current pulses, i.e., electropulsing (EP), is referred to as the electroplastic effect.Despite EP treatment has been a research topic for more than six...

Design, Simulation, and Experiments in Push Manipulation of Aggregates and Manipulator Geometry Analysis for Autonomous Construction Site Preparation

Modulation of High-Frequency Acoustic Waves to Control Low-Frequency Signals

Particle Formation in Hydrogen Combustion

Control and unusual dynamics of a Spherical robot with inertial actuation

The Hydrostatic Buckling of SPM system of fish cages and a design method to prevent it

Theory of Nutrients Recovery by Capacitive Deionization

Minimizing indoor infection risks with automotive nanofiltration and with a laminar vertical flow

Is the use of DTCs rather than conventional controllers justified for low order stable systems with delays?

Revisiting Airflows and Aerosol Transport in the Deep Lungs

A Novel Synergy between Sensing and Energy Scavenging

Designing Bio-Inspired Robots: The Influence of Actuation Level on Performance

Biomimetic adhesive films combining the functional principle of different biological systems

From Robot Uprising to Rise of the Dead – Lessons in Engineering and Biology from a New Type of Active Particles

Synchronization revisited: standing on the shoulders of Christiaan Huygens”

A solution to amorphous elasticity and plasticity based on newly discovered topological defects

Locomotion dynamics of an underactuated wheeled three-link robot

Universal alignment in turbulent pair-dispersion

Modeling Glass Transition in Polymers – New Thoughts about an Old Mystery

Dynamic Gravity: From a crazy idea to high precision measurements

Advances in mechanics and modeling of modern soft materials

Sound Generated by Modern Rotating Machinery – Measurements and Modelling

Plant roots and robotic arms: how to get the best out of a soft fibre?

An experimental and numerical investigation of laminated composite structure’s damping capabilities

Machine Learning tools to integrate Impedance Control and Blind Search for assembly tasks

Theory of monovalent ion selectivity using capacitive deionization electrodes

Error-Related Potentials in Response to Haptic and Visual Disturbances to Exoskeleton Operation

Learning-based object detection and 6D pose estimation from RGB-D images for industrial robotic manipulations

Identifiability of soft-tissue constitutive parameters from in-vivo indentation and inverse finite element analysis

A comparative biomechanical analysis of gait with several foot-ankle offloading devices

Towards Enhanced Social-Physical Human-Robot Interaction

Recurrent Neural Networks For Peg In The Hole Insertions Task

Heterogeneous materials: Microstructure-property connections and cross-property relations

Marangoni-based geometrical low-pass-filter

Encircling exceptional points of Bloch waves: mode conversion and anomalous scattering

  The normal modes of nonconservative systems coalesce at the so-called exceptional points (EPs) of their spectrum. These degeneracy points are the source of unusual phenomena, some of which are accessed by encircling the points in a suitable space. Here,...

A study of brush biopsy for malignant cell detection

Global dynamics and Dynamical Integrity Assessment: A new rapid iterative method

Oblique scattering from non-Hermitian optical waveguides

Sustainable Power of Choice

cape of two-DOF dynamical system from the potential well

Sound Source Localization, Using Acoustic Intensity Measurement Techniques

Mechanical properties of nanoporous gold nanoparticles in molecular dynamics simulations

Stabilization of self-excited oscillations and chimera states in multibody mechanical networks

Electromomentum coupling in piezoelectric metamaterials

From Bio-Compatible to Bio-Rejected: Mechano-chemical surface effects on dental implant rejection

  The most common materials for dental implants fabrication are Titanium and its alloys. These metals are considered biocompatible due to their passive oxide layer which promotes the osseointegration process. Peri-implantitis is a common disease caused by bacterial biofilm, in...

Personalized haptic systems for able-bodied and prosthetic hand users

Learning robotic policies for assembly tasks with non-co-aligned force/ torque sensor and optional visual sensor

A Novel Direct Gaseous Reformate Injector – Design and Experimental Study

Dynamic-Stall-Driven Wind Turbine for High Water-Pressure and Urban Applications

Spin-valley Rashba monolayer laser

Biophysical basis of mechanical communication in cardiac cell beating

Hydrodynamic quantum analogs: from foundations to applications

In-vitro spermatogenesis in a microfluidic environment and sorting sperm using dielectrophoresis

Powder Metallurgy based Additive Manufacturing of Shape Memory Alloys

Bifurcations and chimera states in a self-excited inertia wheel double pendulum array

Soft Landing using LQ Optimization for Non-Ideal Bodies

Producing Green Electricity and Clean Water Simultaneously: Desalination Fuel Cells

Energy absorption in additive manufactured structures: The role of geometry and materials

A Biomechanical System for Automatic Patient-Specific Foot Ground Reaction Force Regulation- Based on Finite Element Analysis

Stealth waves in compound piezoelectric structures

Auto-resonance driving schemes for Coriolis vibratory gyroscopes

The Effect of Stacking Sequence and Ply Orientation on Damage Evolution in Statically Loaded UD Carbon Epoxy Laminates

Topology optimization using length scale as a design variable

GPU Accelerated High-Fidelity Implicit LES of Coanda Cylinder Flow Instabilities

Structure and Dynamics of Polyelectrolyte Complex Network under Electric Field

Computational design of ultra-strong high-entropy alloys manufactured via additive manufacturing processes

Micro-Structural optimization for combined Thermal and Mechanical load-bearing materials

Development of an External Phase-Shifting Tunable Mechanism in a Miniature PT Cryocooler

Mechanics on the Great Ice Sheets

Hydrodynamic Lubrication and Surface Texturing

Novel External Heat Engine Using Two-Phase Nozzle

Ultrafast Dynamics of Vibrational Polaritons: Transport against the flow and Vacuum-Field Chemistry

High-rate phase transformation in shape memory alloys: from small-scale kinetics to actuator design

Reorientation of cell layers under stretch as an active orthotropic material

Quantitative Visualization in Mechanics: Challenges and Opportunities

Dynamics and minimalistic control of a flexible structure containing bi-stable elements

Nonlinear mechanics of thin structures and their applications

Microstructural and Tensile Properties of AlCrFe2Ni2 High Entropy Alloy

Thermal Bonding Patterns Affecting Nonwoven Properties: Experiments and Modeling

3D Minimum-Time Soft-Landing

Dynamics and stability of Purcell’s micro swimmer model with flexible joints and/or controlled torque at the joints

First true realization of Stirling open cycle for solar and waste heat conversion

Applications of high-speed cineradiography to injury biomechanics and prevention research

Fluidic Shaping of Optical Components on Earth and in Space

Kinematics of rigid fibers in a turbulent channel flow

Multiscale Analyses of Composites Subjected to Quasi-static and High Strain-rate Loading Conditions

Integrated Thermocatalytic Systems for Generation of Synthetic Fuels from CO2 using Renewable Energy

Development of sulfonated porous carbon electrodes for ion selective water purification

EEG Correlates of errors, disturbances and rare target stimuli, and their applications for brain-computer interfaces

Dynamics and stability of a planar three-link swimmer with passive visco-elastic joint in ideal fluid

Towards a solution of an ancient problem: how does the wind create waves?

An improved analytical description of the response of axisymmetric conical shells exhibiting bistable behavior

Voids distribution effect on the yield of porous materials

Spatial dynamics of flexible nano-swimmers under a rotating magnetic field

Numerical investigation of PMN-PT for twisting actuators

Computational Method for Modeling of Beam-Like Flexible Systems

Cavitation and bubble dynamics in aviation fuels

Geometry and Material Optimization of Electromagnetic Radiation Absorbers using 3D Printing

Learning locomotion the easy way

Experimental investigation of spanwise secondary flows in boundary layer flows above vegetation canopies

Voids growth in liquid lead in spallation

MODELING AND EXPERIMENTAL INVESTIGATION OF PIEZOELECTRIC ACTUATORS MADE FROM PMN-PT

Ferromagnetic Polarization for Soft Robotic Actuation: Application in endoscopic retrograde cholangiopancreatography (ERCP)

Flow rate–pressure drop relation for non-Newtonian fluids in narrow geometries

Towards micro-mechanic improved design of granular composites

Stress – Moduli Monotonicity in Heterogeneous Elastic Structures for Improved Design

Pushing boundaries in the theory of water desalination by electrodialysis: cells driven by chemical energy and pH effects

NON-LINEAR VIBRATIONS OF A THIN CIRCULAR RING

Hierarchy of exact low-dimensional reductions for populations of coupled oscillators

Numerical Modeling of Atomization in High-Speed Multi-Phase Flows

Adaptable canopy-like structure for underwater sensing

INVESTIGATION OF THE PERFORMANCE CHARACTERISTICS OF A CYLINDRICAL CATALYST IN THE PROCESS OF STEAM REFORMING

Nonlinear Phenomena in Engineering Systems

Fusion of CFD and Sensor Observations for Physical Fields Calibration and Reconstruction

Coordinated UAV Platoons/Formations and Aerial Manipulators

High-Temperature Solar Thermochemical Processes for Sustainable Fuel Production

  The production of drop-in solar fuels can eliminate greenhouse gas emissions and provide the path to sustainable aviation. One such promising pathway to solar fuels is via a thermochemical redox cycle for splitting H2O and CO2, driven by concentrated...

Mechanics of 2-D Arrays of Curved-Beam Bistable Elements

Multi-stable metamaterials have a promising potential for applications such as shock absorbers, foldable structures and soft robotics.  In this talk, I will present a study on the mechanics of a special class of multi-stable architected materials, namely 2-D lattices assembled...

A feasibility study of a new concept of VLFS

  Moving out to open sea may provide considerable relief from the over exploitation of the land and natural resources of the coastal regions.  Very Large Floating Structures (VLFS) is an environmentally sensitive technology that can form artificial land at...

Nonlinear Dynamics of Cantilevers

Transient Combustion Control of Internal Combustion Engines Fed with Renewable Fuels

Post-contact behavior of a compressed fiber inside a tube: experimental and theoretical investigation

Optimization of a Hydrogen – Bromine Flow Battery

Analytical analysis of Autoresonance in systems including gyroscopic effects

Selectivity mechanisms in capacitive deionization

Flow Visualization Using Optically Active Particles

Optical activity inherent in crystalline structures of biopolymers and crystallized polymeric materials can serve a laserless (safe and inexpensive) method of flow illumination to be used in volumetric flow velocimetry. Seeding particles incorporating symmetric crystal colonies (e.g., starch granules, polymer...

Resonance Enhancement Optimization

  In this research we designed and fabricated the first spinning and levitating optical resonator, we also present a record value of quality factor over mode volume. In 1970 that Arthur Ashkin manage to use radiation pressure to make an...

Shock attenuation characteristics of aqueous methyl cellulose solutions

Methyl cellulose hydrogel is a thermo-reversible polymer, that solidifies from its room temperature liquid state with an increase in temperature (inverse freezing). This gel has been shown to be a highly effective shock mitigating material, with potential applications to the...

Deposition of particles smaller than 2.5 micron in the human lung acinus

This research examines the deposition patterns of particles smaller than 2.5 micron in the human lung acinus, which is the deepest region in the lung that includes pulmonary alveoli. These particles move down the airway tree under the influence of...

A comprehensive investigation of Electrostatic Micro Resonators

Development of Desktop Sample Handling Robot Based on Caging Grasps

  Although samples testing laboratories have high level of automation, it is still not possible to completely exclude a person from samples testing cycle. Laboratory personnel perform many preparatory operations that are too complex for robots. At the same time,...

Transition to 3D motion in an equivalent mechanical model of nonlinear liquid sloshing

The thesis considers transtiton from two-dimensional to three-dimensional response (swirling) in a problem of liquid sloshing in a symmetric vessel under external periodic forcing. Such transition is well-known in the vicinity of the primary 1:1 resonance between the lowest eigenfrequency...

Effect of meso-structure on plastic localization and failure in heterogeneous metallic materials

System for imaging tympanic membrane vibrations- optic and optomechanical design

In this project the purpose was to develop a medical device, a probe, to conduct an otoscopic test. The test will provide a video imaging of tympanic membrane vibrations and will be used to diagnose hearing problems. The method that...

On The Mechanical Behavior of AZ31B Magnesium Alloy Reinforced by SiC Particles

In the last decades, the car and aviation industries have shown a growing interest in magnesium (Mg) alloys, due to their high specific strength. With that said, the widespread usage of Mg alloys is hindered by their low ductility and strong...

Hydrogen-Rich Reformate Jet Mixing and Combustion in an ICE Chamber

  High-Pressure Thermochemical Recuperation is a promising waste heat recovery method that enables utilization of the engine waste heat together with onboard hydrogen production. Our experimental findings showed that this method enables a significant engine efficiency improvement and gaseous emissions...

Nonlinear Finite Element Analysis of Liquid Sloshing in Upright Circular and Square-base Cylindrical Containers

The study of liquid sloshing in partially filled liquid storage containers has gained significant attention as the seismic vulnerability of these containers represents a potential source of severe environmental accidents: large amplitude sloshing exerts excessive hydrodynamic loads on the container...

Interpreting Averages

Averages are measured in many circumstances for diagnostic, predictive, or surveillance purposes. Examples include: average stress along a beam, average speed along a section of highway, average alcohol consumption per month, average GDP over a large region, a student’s average...

Electroosmotic flow over superhydrophobic surfaces and potential application in lab-on-a-chip applications

Electro-osmotic flow is a well-established and efficient method for driving microchannel flows that relies on the interaction of an externally applied electric field with charge arising at the interface between the liquid and the channel walls. However, its relatively low...

Micro to macro scale modelling of anisotropic heterogeneous materials

Many materials such as cellular materials, composites and alloys are heterogeneous, and their microstructure essentially determines their macro-scale mechanical behavior. A good understanding of the macro-scale behavior and the underlying micro-scale mechanism of such materials will be valuable to guide...

Fabrication of diffractive optical elements by programmable thermocapillary shaping of thin liquid films

We present a novel method for deforming thin liquid-films into desired topographies, driven by a photo actuated thermocapillary effect. Our system consists of a thin liquid film, resting on a flat substrate patterned with an array of metal pads, and...

Energy Harvesting from the Human Body for Wearable and Mobile Devices

Wearable and mobile devices, such as smartwatches, smartphones, and wearable medical devices, have become a very important part of our daily life and current trends show they will become even more critical to us in the future. However, almost all...

The role of Concentrating Solar Energy in the renewable energy transition

The important cost reduction, seen for renewable energy technologies, together with the improved conversion efficiency based on new components and materials advances and the appearance of smart-grid technologies has led to a revolution in the energy paradigm. This new energy...

Effect of mechanical properties and surface roughness of soft counter-faces on adhesive behavior of mushroom-shaped biomimetic microstructures

Recently the growing need for quick and reversible attachment in different fields of engineering and technology has led to the development of the new emerging field of adhesion science. This has been essentially inspired by those animals and insects that...

Kapitza thermal resistance in linear and nonlinear chain models.

The interfacial thermal resistance, commonly known as Kapitza resistance, is defined as the ratio of discontinuity in the temperature gradient at the two different material interfaces to the heat flux flowing through the interface.  In the present work, the Kapitza...

Investigation of an Absorption Heat Transformer (AHT) for temperature boosting of low grade\waste heat

  An Absorption Heat Transformer (AHT) is a heat pump which is powered by low-grade (low temperature) heat to produce higher temperature heat. If waste heat is available, an AHT can upgrade it to useful (higher temperature) heat. An AHT...

GPU Accelerated Implicit LES of NACA 0018 Airfoil with Active Flow Control

This work applies the state of the art Computational Fluid Dynamics solver – PyFR to perform GPU accelerated Implicit LES simulations of a NACA 0018 Airfoil with steady and unsteady Active Flow Control and compares results to experiments performed by...

Variation Diminishing in Control, Optimization and AI

The concept of variation diminishing, i.e., reduction of number of zero-crossing or local extrema, is an elementary property in system and control, optimization and approximation theory. Surprisingly, while the theory behind this concept has been well-established for many decades, it...

Extraction of bounding box dimensions of scanned objects using deep learning methods.

A wide variety of fields and applications, such as industrial manufacturing, human machine interfaces and augmented reality depend on the analysis of a real-world data (object, scenes etc.). This information can be collected by 3D scanning devices and consists of...

Control with Intermittent Communication

Analysis and design of sampled-data systems with intermittent feedback is motivated by the contemporary trend to distribute information processing in many networked control applications. In this seminar I will present my research on the stabilization, optimization and implementation of discrete...

Dielectric Barrier Discharge Plasma Flow Control on a Low Aspect Ratio Wing

  The ability to maintain attached air flow over aerodynamic surfaces characterizes the performance of airborne vehicles and sets their operational limits. Stalling of lifting surfaces, characterized by boundary layer separation and typically caused by excessive angles-of-attack or wind gusts,...

Tristability, simulations mode actuation, and limit point behaviour in initially curved coupled micro beams

Curved structures have been regarded as a benchmark problem for the study of nonlinear structures, presenting a myriad of complex responses, even more so when under the influence of nonlinear, displacement-dependent, electrostatic load. Recently, the focus has gravitated to two-dimensional...

Mechanics of the Microcirculation: The Role of Mechanical Forces in Reproduction

The microcirculation refers to the blood flow through the smallest vessels (> 100 mm), where the delivery of oxygen and nutrients to the tissues takes place. It exists in all tissues and organs except for the cornea. In this seminar,...

Generalized Kirchhoff law in non-equilibrium conditions

Kirchhoff’s law for thermal radiation is one of the few most fundamental thermodynamic principles for radiation. It states that the absorptivity, , and emissivity, , of any material are equal if the material is in thermodynamic equilibrium; . However, at...

Supratransport in a vibro-impact oscillatory chain

Energy delocalization in the attenuation zones of nonlinear oscillatory dynamical systems has been a matter of interest in the engineering fields. Initiation and propagation of discrete breathers (DB) is commonly perceived as the most efficient and ubiquitous delocalization mechanism. However,...

Self-Motile Synthetic Protocells

Cell motility is central to processes such as wound healing, immune cell surveillance, and embryonic development. Motility requires the conversion of chemical to mechanical energy. An active area of research is to create motile particles, such as microswimmers, using catalytic...

Alternative fuels for clean and efficient internal combustion engines

    Internal Combustion (IC) engines have been facing severe criticism for their pollutant and greenhouse gas emissions and overall low thermal efficiency. Although modern, state-of-the-art IC engines are relatively clean and efficient, they face dire competition with the rising...

Photonic Rashba effect from quantum emitters mediated by a Berry-phase defective photonic crystal

Heterostructures combining a thin layer of quantum emitters and planar nanostructures enable custom-tailored photoluminescence in an integrated fashion. Here, we demonstrate a photonic Rashba effect from valley excitons in a WSe2 monolayer, which is incorporated into a photonic crystal slab...

optimization of cooling power of a miniature Pulse Tube cryocooler by using simulations and new design of all the system’s parts.

A cryocooler is a device for producing cooling at cryogenic temperatures (typically below 120K). The main uses of cryocoolers include liquefaction of natural gas (LNG) for transportation (Transportation), applications of high-temperature superconductors (Superconductors), storage of biological cells and specimens (Biology)....

New parameter identification for optimal design of materials and structures

Integration of advanced materials in complex structures often requires parameter identification of the material constitutive models. This process, also called update of model parameters, represents a challenge in modelling and optimizing these parameters. Building the best model coefficients is based...

Experimental Analysis on Liquid Sloshing in Rectangular Containers

. Liquid sloshing in containers is important in a wide range of engineering applications. For example, it can cause a loss of structural and dynamic stability in fuel tanks, and an ecological disaster due to a structural failure in tanks...

FlowMesher: an automatic unstructured mesh generation algorithm with applications from numerical simulations to designing complex topology structures

Patient-specific surgical simulations based on medical imaging allow surgeons to plan and practice surgical interventions before conducting surgeries and many studies demonstrate that the simulations can improve surgical outcomes. Researchers have devoted great efforts in recent decades and developed various...

Roughness Toughness Correlation and the effect of particle size and spacing on ductile fracture of metal matrix composite

A material’s crack growth resistance depends on its resistance to the creation of new free surfaces, as well as its deformation characteristics, particularly those related to dissipation, which in turn are strongly influenced by the material’s microstructure and the imposed...

R2Gmotion: an IMU-based Approach for Controlling Transradial Prostheses by Learning the Kinematics of Reach-to-Grasp Movement

  The human body is a very efficient system comprised of endless different components that are working together in inspiring coordination and synergy. Recruiting this principle of the natural reach-to-grasp (R2G) movement is the cornerstone of this work towards development...

Pollen Entrainment and Deposition Characteristics in the Vicinity of Pine Cones

Release and capture of wind dispersed pollen by pine trees is considered to be an ineffective mechanism. However, since pine trees are one of the most ancient trees on earth, one may ask if pine trees enhanced wind pollination and...

Experimental Investigation on the Breakup and Transport of Oil Slicks by Breaking Waves

Prediction of the disperse phase breakup and transport under turbulence with wide range of scales is a critical subject in multiphase flow studies. Although significant efforts have been dedicated to quantifying these processes, still no unified theory exists enabling prediction...

A new model for radiation validating recent experiments of high temperature photoluminescence, leading to expansion of Kirchhoff law of thermal radiation

Thermal radiation is the electromagnetic radiation emitted by a body at a non-zero temperature. The amount of emitted thermal radiation by a body depends on its temperature, T, and its ability to emit, characterized by the emissivity, ε. This fundamental...

The Mechanical Interaction between Carbon-Nano Tubes and Graphene Sheets

      Engineering materials with the ability to control the structure at the atomic level is the heart of modern technology. Devices based on stacked layers of graphene are candidates to form a new family of materials with unique...

A Multiple Site-Type Nucleation Model and its Application to the Probabilistic Strength of Pd Nanowires

Pristine specimens yield plastically under high loads by nucleating dislocations. Since dislocation nucleation is a thermally activated process, the so-called nucleation-controlled plasticity is probabilistic rather than deterministic like in bulk specimens, leading to a temperature-dependent distribution of the yield strength...

Electrical Propulsion and Cargo Transport of Micro-Bowl Shaped Janus Particles

Micro-/nano-motors, known also as active particles, have an important role in a broad range of biomedical applications, e.g. drug delivery, lab-on-a-chip immunosensing and environmental applications. These self-propelling particles asymmetrically harvest and consume energy of various sources, including optical, chemical, acoustic,...

Stability of Thin Liquid Layers Under Vibrating Forcing

Interfacial instabilities develop in a liquid-liquid or liquid-gas interface, due to a growth of interfacial perturbations. These instabilities may be capillary, electrohydrodynamic, magnetic and others. Analysis of flow dynamics with interfacial instability is a fascinating challenge which has been drawing...

Reforming-Controlled Compression Ignition – a Novel Concept for Internal Combustion Engines

  The homogeneous charge compression ignition (HCCI) is a promising engine combustion approach enabling high efficiency and ultra-low pollutant emissions. The HCCI method combines the advantages of the Diesel and the Otto cycles while eliminating their drawbacks. The HCCI enables...

Ethics and Uncertainty: An Info-Gap Approach

Consider these questions:  You are designing a device that can result in vast destruction in an aggressive adversarial country, but you are unsure whether that destruction will be military or civilian. However, without this device, the adversary can inflict...

Pragmatic Modelling of Annular Two-Phase Flow for Demanding Cooling Applications

  The lecture focuses on annular flow, one of the most important flow regimes in gas-liquid and vapor-liquid two-phase flows in tubes and channels. In the annular flow, a thin liquid film flows adjacent to the channel wall, surrounding a...

Fluid mechanics of soft robots – Effects of fluid compressibility and elastic multi-stability

The seminar will present experimental numerical and theoretical studies on fluid driven actuation of elastic structures. The seminar is comprised of two parts: The first part will talk about pneumatics in soft robots. Pressurization of gas within embedded channels and...

Aeroelastic instabilities of a chord-wise elastic airfoil

תקציר ההרצאה : Standard rigid wings are characterized by substantial drag increase during activation of control surfaces, due to lack of continuity in airfoil geometry at the interface between the control surface and the airfoil. In recent years, shape-morphing airfoils...

Increasing Energy Efficiency of Hydraulic Control Systems

Dielectrophoresis investigation of engineered Janus particles and dynamic capsules

A theoretical study of Homogeneous Nucleation in Metastable Real Liquid During Intense Boiling

Obstacle-Aided Locomotion of a Robot Manipulator: Modeling, Path Planning, Simulation, and Experiments

Microelectromechanical Systems for Mechanobiology

Enhancing Error Related Potentials Classification Using Data Augmentation

Moving beyond descriptive fractography

A Modal Approach for Structural Health Monitoring

Determination of flowable electrode electric conductivity

Measuring deep grooves via Auto resonance for parametrically excited nanowires

The mechanical behavior of a flower-like structure comprised from slender rods subjected bending and torsion

Polyurea coating as a protective layer against hydrodynamic shockwaves

Control of Level Sets from Hamilton-Jacobi PDEs: Experience Versus Theory

Oscillations of metallic nanowires in molecular dynamics simulations with different thermostats

Shock attenuation characteristic of methyl cellulose hydrogels

Surface waves in piezoelectric structures for actuators

Multi-Vehicle Systems: Deep Reinforcement Learning-Based Control for Automated Driving

Implementation of Advanced Technologies: Developing the Management Philosophy of the Industry 4.0 Revolution

Liquid Optical Circuits

Decomposing and controlling dispersive propagation modes in acoustic-elastic waveguides at low frequencies

CONTINUUM-COUPLED Microcavity

Experiments on the interaction between a freely moving sphere and a turbulent boundary layer

Numerical Simulations of Aerodynamic Flows: Deep Reinforcement Learning for Active Flow Control using High-Order Unstructured Grids and GPU Accelerated Simulations using Meshless Methods

Chaotic Processing for Fractal Structures: Modeling of Mechanical Alloying for Nanoheater Particulates

Modeling and control of flexible structures with distributed actuation governed by the wave equation

Implementation of a Natural Dynamic Controller on an Under-actuated Compass-Biped Robot

Performance optimization of a UAV engine for high altitude flight conditions

Fault Detection and wave-control of imperfect cyclic symmetric systems

A Multiphase, Single Flow and Membraneless Flow Battery Towards next-generation energy storage devices

Learning Contact Rich Skills Using Coupling Movement Primitives

Luminescent Solar Power

Resonance and Energy Transfer in Forced Vibro-Impact Systems with Compliance

Effect of finite vessel stiffness on transition from two-dimensional liquid sloshing to swirling: reduced-order modeling

Electrospinning as an Alternative Method for Encapsulation and Preservation of Cells

Studying deformation processes at high strain rates using a unique under-microscope mechanical pulse system

Powder Bed Fusion Additive Manufacturing Investigations

Crack-flaw interactions in fracture under dynamic loading

Fluidic Shaping of Optical Components

PERSPECTIVES ON MINIMALISTIC ROBOT HAND DESIGN AND A NEW CAGING-BASED BIOHAZRD SAMPLE HANDLING ROBOT

Microstructure design and analysis of bio-degradable bone scaffolds

Energy Infrastructure Model Development for Sustainability of Urban Districts – A Case Study of the Technion Campus in Haifa

Inception and evolution of attached and shear layer intermittent cavitation

Design of fast boat hull made of composite materials considering hydro-elasticity

Dimensions Extraction of Objects from Depth Images using Deep Learning Methods

PERSPECTIVES ON MINIMALISTIC ROBOT HAND DESIGN AND A NEW CLASS OF CAGING-TO-GRASPING ALGORITHMS

Extrusion-based bio-mimetic Hamiltonian tool path for scaffolds

A Biodegradable Drug-Eluting Device for Localized Treatment of Bladder Cancer

Non-uniform electro-osmotic flow: From microscale flow patterning to fluid-structure interaction and instability

Front Propagation in Bi-Stable Non-Degenerate Systems

The effect of unfolding kinetics of bi-stable domains on the propagation of mechanical signals in biomaterials

Non-linear phenomena in the response of bistable chains to impact

Energy Management in Dynamics and Acoustics Through Nonlinearity

DISTORTIONAL PLASTICITY FRAMEWORK FOR ADVANCED HIGH STRENGTH STEELS

Evaluation of the static fracture toughness of advanced ceramics

DISTORTIONAL PLASTICITY FRAMEWORK FOR ADVANCED HIGH STRENGTH STEELS

Multicellular Systems Organize as Active Nematic Liquid Crystals

Tomographic PIV measurements in the wake of a stationary and a tethered sphere undergoing VIV

Experimental investigation of impact mitigation properties of a thin viscous film

Using Varying Driving-Force Method to Study Activation Parameters for Nucleation – Application to the Ising Model and nucleation in nanowires

Elastodynamic metamaterials

Shape structure coupling of inhomogeneous polymers