Portal Investigación UEx

Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis

Dynamic Synergies In Cable-Driven Exosuits For Gait Assistance

Exoskeletons Vs. Exosuits: A Comparative Analysis Using Biological-Based Computer Simulation

Dynamic Synergies In Cable-Driven Exosuits For Gait Assistance

Exoskeletons Vs. Exosuits: A Comparative Analysis Using Biological-Based Computer Simulation

Smartphone Imu Sensors For Human Identification Through Hip Joint Angle Analysis

Exoskeletons Vs. Exosuits: A Comparative Analysis Using Biological-Based Computer Simulation

Smartphone Imu Sensors For Human Identification Through Hip Joint Angle Analysis

Influence Of The Position Of The Distal Pressure Measurement Point On The Fractional Flow Reserve Using In-Silico Simulations

Smartphone Imu Sensors For Human Identification Through Hip Joint Angle Analysis

Influence Of The Position Of The Distal Pressure Measurement Point On The Fractional Flow Reserve Using In-Silico Simulations

Assessment Of Valve Implantation In The Descending Aorta As An Alternative For Aortic Regurgitation Patients Not Treatable With Conventional Procedures

Influence Of The Position Of The Distal Pressure Measurement Point On The Fractional Flow Reserve Using In-Silico Simulations

Assessment Of Valve Implantation In The Descending Aorta As An Alternative For Aortic Regurgitation Patients Not Treatable With Conventional Procedures

Sensing And Control Strategies For A Synergy-Based, Cable-Driven Exosuit Via A Modular Test Bench

Assessment Of Valve Implantation In The Descending Aorta As An Alternative For Aortic Regurgitation Patients Not Treatable With Conventional Procedures

Sensing And Control Strategies For A Synergy-Based, Cable-Driven Exosuit Via A Modular Test Bench

Design, Control, And Assessment Of A Synergy-Based Exosuit For Patients With Gait-Associated Pathologies

Sensing And Control Strategies For A Synergy-Based, Cable-Driven Exosuit Via A Modular Test Bench

Design, Control, And Assessment Of A Synergy-Based Exosuit For Patients With Gait-Associated Pathologies

Assessment Of Lower Limb Muscle Activation During Gait Assisted By A Cable-Actuated Exoskeleton

Design, Control, And Assessment Of A Synergy-Based Exosuit For Patients With Gait-Associated Pathologies

Assessment Of Lower Limb Muscle Activation During Gait Assisted By A Cable-Actuated Exoskeleton

Development Of A Modular Test Bench For Cable-Driven Synergy-Based Exosuit Actuation And Control Strategies

Assessment Of Lower Limb Muscle Activation During Gait Assisted By A Cable-Actuated Exoskeleton

Development Of A Modular Test Bench For Cable-Driven Synergy-Based Exosuit Actuation And Control Strategies

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Development Of A Modular Test Bench For Cable-Driven Synergy-Based Exosuit Actuation And Control Strategies

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Force And Torque Characterization In The Actuation Of A Walking-Assistance, Cable-Driven Exosuit

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Force And Torque Characterization In The Actuation Of A Walking-Assistance, Cable-Driven Exosuit

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Force And Torque Characterization In The Actuation Of A Walking-Assistance, Cable-Driven Exosuit

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Analysis Of Finite Element And Finite Volume Methods For Fluid-Structure Interaction Simulation Of Blood Flow In A Real Stenosed Artery

Assement Of The Turbulent Blood Flow Hemodynamics In A Real Stenotic Geometry With Rans And Les Models

Analysis Of Finite Element And Finite Volume Methods For Fluid-Structure Interaction Simulation Of Blood Flow In A Real Stenosed Artery

A Comprehensive Comparison Of Various Patient-Specific Cfd Models Of The Left Atrium For Atrial Fibrillation Patients

Analysis Of Finite Element And Finite Volume Methods For Fluid-Structure Interaction Simulation Of Blood Flow In A Real Stenosed Artery

A Comprehensive Comparison Of Various Patient-Specific Cfd Models Of The Left Atrium For Atrial Fibrillation Patients

Analytical Model For Managing Hypotony After Implantation Surgery Of A Glaucoma Drainage Device

A Comprehensive Comparison Of Various Patient-Specific Cfd Models Of The Left Atrium For Atrial Fibrillation Patients

Analytical Model For Managing Hypotony After Implantation Surgery Of A Glaucoma Drainage Device

Study Of Heat Distribution In The Volume Of A Climatic Chamber For Application In Bioprinting Techniques

Analytical Model For Managing Hypotony After Implantation Surgery Of A Glaucoma Drainage Device

Study Of Heat Distribution In The Volume Of A Climatic Chamber For Application In Bioprinting Techniques

Construction Of A Hybrid Lung Model By Combining A Real Geometry Of The Upper Airways And An Idealized Geometry Of The Lower Airways

Study Of Heat Distribution In The Volume Of A Climatic Chamber For Application In Bioprinting Techniques

Construction Of A Hybrid Lung Model By Combining A Real Geometry Of The Upper Airways And An Idealized Geometry Of The Lower Airways

3d Manufacturing Of Intracranial Aneurysm Biomodels For Flow Visualizations: Low Cost Fabrication Processes

Construction Of A Hybrid Lung Model By Combining A Real Geometry Of The Upper Airways And An Idealized Geometry Of The Lower Airways

3d Manufacturing Of Intracranial Aneurysm Biomodels For Flow Visualizations: Low Cost Fabrication Processes

Numerical Simulation Of Multi-Span Greenhouse Structures

3d Manufacturing Of Intracranial Aneurysm Biomodels For Flow Visualizations: Low Cost Fabrication Processes

Numerical Simulation Of Multi-Span Greenhouse Structures

Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices

Numerical Simulation Of Multi-Span Greenhouse Structures

Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices

Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor

Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices

Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor

Implementation Of A Specific Boundary Condition For A Simplified Symmetric Single-Path Cfd Lung Model With Openfoam

Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor

Implementation Of A Specific Boundary Condition For A Simplified Symmetric Single-Path Cfd Lung Model With Openfoam

Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens

Implementation Of A Specific Boundary Condition For A Simplified Symmetric Single-Path Cfd Lung Model With Openfoam

Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens

Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve

Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens

Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve

Simulation Of The Human Airways Using Virtual Topology Tools And Meshing Optimization

Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve

Simulation Of The Human Airways Using Virtual Topology Tools And Meshing Optimization

Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis

Simulation Of The Human Airways Using Virtual Topology Tools And Meshing Optimization

Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis

Dynamic Synergies In Cable-Driven Exosuits For Gait Assistance