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Christopher Provatidis

Professor

National Technical University of Athens

Greece

Research Interests

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About

Christopher Provatidis is a Professor at the National Technical University of Athens, Greece. His research focuses on advanced topics in engineering and applied mathematics, including isogeometric analysis, transfinite elements, and inertial propulsion. He has authored several recent articles exploring the mechanics of control moment gyroscopes and the application of Bernstein polynomials in finite element methods.

Articles (23)

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Collaborators (4)

Johanna Eisenträger

Head of Department

Leibniz Institute for Materials Engineering

GERMANY

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Ruben Sevilla

Full Professor

Swansea University

UNITED KINGDOM

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Sascha Eisenträger

Senior Researcher

Otto-von-Guericke Universität Magdeburg

GERMANY

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Dominik Schillinger

Technische Universität Darmstadt

GERMANY

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Christopher Provatidis

Research Interests

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About

Articles (23)

Revisiting Transfinite Elements: Unifying Element Formulations for IGA, SEM, NEFEM, p-FEM and h-FEM

A unified explicit dynamics framework leveraging the advantages of polyhedral element formulations, precomputation techniques, balanced octree meshes, and constitutive matrix splitting

Reaction Forces and Apparent Thrust in Dual Oscillating Control Moment Gyroscopes

From Lagrange to Bernstein: Generalized Transfinite Elements with Arbitrary Nodes

Transfinite Elements Using Bernstein Polynomials

Macroelement Analysis in T-Patches Using Lagrange Polynomials

Automatic Handling of C0-G0 Continuous Rational Bézier Elements Produced from T-Splines Through Bézier Extraction

Transfinite Patches for Isogeometric Analysis

On the incapability of inertial forces as a means of repeated self-propulsion of an object in a vacuum

Isogeometric Transfinite Elements: A Unified B-Spline Framework for Arbitrary Node Layouts

A Note on Rational Lagrange Polynomials for CAGD Applications and Isogeometric Analysis

Inertial Propulsion Devices: A Review

An Easy Way to Estimate the Total Energy of the Geomagnetic Field

On the magnetic field in Earth’s interior

Adaptive isogeometric gear contact analysis: Geometry generation, truncated hierarchical B-Spline refinement and validation

Power Transmission Using Circular Elements Bounded by Given Central Angle in Rolling Contact

Τopology Optimization under a Single Displacement Constraint Using a Strain Energy Criterion

Design considerations and simulation of a rolling-contact gearless automotive differential

Non-Rational and Rational Transfinite Interpolation Using Bernstein Polynomials

High order transition elements: The xy-element concept, Part II: Dynamics

Free fall of a symmetrical gyroscope in vacuum

Corrigendum to “Weight minimisation of displacement-constrained truss structures using a strain energy criterion” [Comput. Methods Appl. Mech. Engrg. 191 (2002) 2159–2177]

Forced precession of a gyroscope and its application to Laithwaite’s engine

Collaborators (4)

Johanna Eisenträger

Ruben Sevilla

Sascha Eisenträger

Dominik Schillinger

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