Faculty

Institution

Unit

Venue

Lobontiu, Nicolae O

University of Alaska Anchorage

Affiliations

Prince William Sound College

College Of Prince William Sound

Office Of Pwsc Academic Affairs

NoneLobontiu, Nicolae O is currently serving as a College Of Prince William Sound faculty at University of Alaska Anchorage.

Honors

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Experiences

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Education

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Lobontiu, Nicolae O

University of Alaska Anchorage

You can click a keyword to filter the displayed items

mechanical engineering engineering mechanics structural mechanics mechanical science mechanical systems mechanics of materials structural design engineering structures structural optimization deployable structures structural engineering mechanical modeling precision engineering micromechanics solid mechanics vibrations micro-electromechanical systems applied physics structural analysis foldable structure design mechanical properties structural topology flexible manufacturing technology physical prototyping elasticity (physics) mechanical behavior optical engineering structural dynamics structural integrity microactuators robotics automation multibody system dynamic nonlinear dynamics numerical simulations vibration control micromachines stressstrain analysis piezoelectricity nonlinear mechanical system structural safety composite structures field robotics bio-inspired computation nonlinear elasticity nano electro mechanical system instrumentation engineering instrument science power consumption biomimetic actuators legged robots biorobotics bio-inspired robotics microelectromechanical systems planar compliances in-plane elastic response flexure hinges midpoint radial symmetry minimal actuation robotic insects corner-filleted flexure hinges structural control advanced manufacturing technologies beam lithography nanolithography method embodied robotics shell structures compliant mechanisms displacement amplification analytical model stiffness optimization closed-form compliance equations stress characterization motion precision hyperbolic flexure hinges

Notable Scholarly Works

Notable Federal Grants

Collaborators

Frequency Model of Fixed-Ends Collinear System With Two Flexible Members and One Rigid Connector by Lumped-Parameter, Compliance-Based Matrix Method. Vibration (2026)

rigid connectormultibody system dynamicengineeringmechatronicscompliance-based matrix methodmechanical engineeringstabilitymechanical systemsfrequency modelstructural mechanics

Dynamics of Free-Fixed Planar Serial Mechanisms With Rigid Links and Flexible Higes. Romanian Journal of Technical Sciences - Applied Mechanics (2025)

rigid linksdeployable structuresengineeringmechanical scienceactuationflexible manufacturing technologyvibration controlkinematicsvibrationsmechanical engineeringmechanical systemsmechanicsfoldable structurestructural mechanicssoft roboticsflexible higes

High-Flexibility Three-Dimensional Serial Folded Hinges. Romanian Journal of Technical Sciences - Applied Mechanics (2024)

deployable structuresengineering3d printingmechanical scienceflexible manufacturing technologyengineering structuresmechanical engineeringhigh-flexibility three-dimensional serialmechanical systemsflexible electronicsmechanicsphysical prototypingfoldable structurestructural mechanics

A Compact Three-Dimensional Two-Layer Flexible Hinge. Machines (2023)

deployable structuresengineeringmechanical scienceflexible manufacturing technologystructural optimizationmechanical engineeringmechanical systemsflexible electronicsmechanicsphysical prototypingfoldable structurestructural mechanics

New Series and Parallel 3D Cartesian Right Circularly Corner-Filleted Flexible Hinges. Precision Engineering (2021)

deployable structures3d printingmechanical sciencemechanical engineeringnew seriescorner-filleted flexible hingesparallel 3dfoldable structurestructural mechanicsgeometric modelingpolyhedrongeometrycomputational geometry

Nonlinear Finite Element Load-Displacement Model and Analysis of Circular-Axis Hinge, Self-Similar Mechanism With Large Out-Of-Plane Motion. Journal of Mechanical Design (2021)

M. Gh. MunteanuN. Lobontiu

numerical simulationsmechanical behaviormechanical engineeringtribologymechanical modelingfinite element methodsstructural mechanicslarge out-of-plane motioncircular-axis hingefrictionimpact loadingself-similar mechanismmechanical systemsnonlinear analysismechanicsnonlinear mechanical systemengineeringsolid mechanicsstructural optimizationsystems engineeringmechanics of materials

Tripod Mechanisms With Novel Spatial Cartesian Flexible Hinges. Mechanism and Machine Theory (2021)

tripod mechanismscomputer-aided designdeployable structuresmechanical sciencerobotics automationkinematicsmechanical engineeringmechanical systemsphysical prototypingrobot kinematicsfoldable structuregeometric modelingmechanics

Compliant Mechanisms. (2020)

Stiffness of Out-Of-Plane-Motion Stages With Large-Motion Folded Fractal Flexible Hinges. Review of Scientific Instruments (2020)

fractal flexible hingesdeployable structuresengineeringmechanical sciencesolid mechanicsstructural optimizationengineering structuresvibrationsmechanical engineeringmechanical modelingstructural dynamicsmechanical systemsmechanicsfoldable structuremechanics of materialsstructural mechanics

Stiffness Design of Circular-Axis Hinge, Self-Similar Mechanism With Large Out-Of-Plane Motion. Journal of Mechanical Design (2019)

N. LobontiuT. GressM. Gh. MunteanuB. Ilic

numerical simulationsmechanical behaviormechanism designmechanical engineeringtribologymechanical modelingelasticity (physics)large out-of-plane motioncircular-axis hingemicromechanicsfrictionself-similar mechanismmechanical systemsstiffness designnonlinear analysismechanicsnonlinear mechanical systemengineeringsolid mechanicsmechanics of materials

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Lobontiu, Nicolae O

University of Alaska Anchorage

Affiliations

Prince William Sound College

College Of Prince William Sound

Office Of Pwsc Academic Affairs

NoneLobontiu, Nicolae O is currently serving as a College Of Prince William Sound faculty at University of Alaska Anchorage.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lobontiu, Nicolae O

University of Alaska Anchorage

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Frequency Model of Fixed-Ends Collinear System With Two Flexible Members and One Rigid Connector by Lumped-Parameter, Compliance-Based Matrix Method. Vibration (2026)

rigid connectormultibody system dynamicengineeringmechatronicscompliance-based matrix methodmechanical engineeringstabilitymechanical systemsfrequency modelstructural mechanics

Dynamics of Free-Fixed Planar Serial Mechanisms With Rigid Links and Flexible Higes. Romanian Journal of Technical Sciences - Applied Mechanics (2025)

High-Flexibility Three-Dimensional Serial Folded Hinges. Romanian Journal of Technical Sciences - Applied Mechanics (2024)

A Compact Three-Dimensional Two-Layer Flexible Hinge. Machines (2023)

New Series and Parallel 3D Cartesian Right Circularly Corner-Filleted Flexible Hinges. Precision Engineering (2021)

Nonlinear Finite Element Load-Displacement Model and Analysis of Circular-Axis Hinge, Self-Similar Mechanism With Large Out-Of-Plane Motion. Journal of Mechanical Design (2021)

M. Gh. MunteanuN. Lobontiu

Tripod Mechanisms With Novel Spatial Cartesian Flexible Hinges. Mechanism and Machine Theory (2021)

Compliant Mechanisms. (2020)

Stiffness of Out-Of-Plane-Motion Stages With Large-Motion Folded Fractal Flexible Hinges. Review of Scientific Instruments (2020)

Stiffness Design of Circular-Axis Hinge, Self-Similar Mechanism With Large Out-Of-Plane Motion. Journal of Mechanical Design (2019)

N. LobontiuT. GressM. Gh. MunteanuB. Ilic

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