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Posts

Future Blog Post

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Blog Post number 4

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Blog Post number 3

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Blog Post number 2

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Blog Post number 1

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portfolio

Intrinsic and extrinsic curvature approximation with distributional finite elements

Nonlinear shell analysis

Generalized materials

Shape optimization

Continuum mechanics (fluid-structure interaction, anisotropy, incompressibility, plasticity)

publications

Neunteufel. TRNNM - Gemischte Finite Elemente für nichtlineare Schalenmodelle TU Wien, 2016, read more

Neunteufel. Advanced Numerical Methods for Fluid Structure Interaction TU Wien, 2017, read more

Neunteufel. Mixed Finite Element Methods For Nonlinear Continuum Mechanics and Shells TU Wien, 2021, read more

Sky, Neunteufel, Münch, Schöberl, Neff. A Hybrid \(H ^1\)x\(H ( {curl})\) Finite Element Formulation for a Relaxed Micromorphic Continuum Model of Antiplane Shear Computational Mechanics, 2021, (preprint), read more

Danczul, Hetebrij, Khalighi, Kogler, Lahaye, Luckins, Munters, Neunteufel, Pammer, Vuik. Modeling airflow-driven water droplet removal from a flat surface SWI 2020: 157th European Study Group with Industry, 2022

Sky, Neunteufel, Hale, Zilian. Eine schubversteifungsfreie Formulierung der Reissner Mindlin Platte anhand Hu-Zhang Elemente Baustatik – Baupraxis 15, 2024

Sky, Neunteufel, Hale, Zilian. Formulae and Transformations for Simplicial Tensorial Finite Elements via Polytopal Templates arXiv:2405.10402, read more

Dziubek, Hu, Karow, Neunteufel. Intrinsic Mixed Finite Element Methods for Linear Cosserat Elasticity and Couple Stress Problem arXiv:2410.14176, read more

Fu, Neunteufel, Schöberl, Zdunek. A four-field mixed formulation for incompressible finite elasticity arXiv:2503.00989, read more

Sky, Neunteufel, Lewintan, Gourgiotis, Zilian, Neff. Novel \(H^{dev}(Curl{})\)-Conforming Elements on Regular Triangulations and Clough–Tocher Splits for the Planar Relaxed Micromorphic Model Computational Mechanics, 2025, (preprint), read more

talks

Tangential-Rotation and Normal-Normal-Momentum Continuous Mixed Finite Elements for Non-Linear Shell Models

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Fluid-Structure Interaction with NGS-Py

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Fluid-Structure Interaction with H(div)-Conforming HDG and a new H(curl)-Conforming Method for Non-Linear Elasticity

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Advanced Numerical Methods for Fluid-Structure Interaction

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Fluid-Structure Interaction with H(div)-Conforming HDG and a new H(curl)-Conforming Method for Non-Linear Elasticity

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The Hellan-Herrmann-Johnson method for nonlinear shells

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Surface PDEs, Plates and Shells

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The Hellan–Herrmann–Johnson Method for Nonlinear Shells

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Moving meshes in NGSolve

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The Hellan–Herrmann–Johnson Method for Nonlinear Shells

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The Hellan–Herrmann–Johnson Method for Nonlinear Shells

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Nonlinear Shells - Avoiding Locking by the Hellan–Herrmann–Johnson Method and Regge Interpolation

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Nonlinear Shells in NGSolve

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Mixed Finite Element Methods for Nonlinear Elasticity and Shells

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Numerical approximation and optimization of the Canham-Helfrich elastic bending energy

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Distributional computation of intrinsic curvature with Regge finite elements

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Analysis of intrinsic curvature approximations with Regge finite elements

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Analysis of curvature approximations via covariant curl and incompatibility for Regge metrics

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The TDNNS and Hellan–Herrmann–Johnson method for nonlinear shells

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Regge finite elements in differential geometry: metric, geodesic, and curvature approximation

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Regge finite elements in differential geometry: metric, geodesic, and curvature approximation

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Distributional curvatures of Regge metrics

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Distributional curvatures on discrete surfaces with application to shells

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The Hellan–Herrmann–Johnson and TDNNS method for nonlinear Koiter and Naghdi shells

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The Hellan–Herrmann–Johnson and TDNNS Method for Nonlinear Koiter and Naghdi Shells

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Surface PDEs and curvature approximation in NGSolve

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Tutorial: Surface PDEs and curvature approximation in NGSolve

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Robust mixed methods for continuum mechanics, plates and shells

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Distributional curvature approximations with applications to shells

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The Hellan–Herrmann–Johnson and TDNNS method for nonlinear Koiter and Naghdi shells

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Analysis of distributional Riemann curvature tensor in any dimension

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Distributional curvature approximation from Regge metrics

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Solids and Structures

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TUTORIAL: Surface PDEs and curvature approximation in NGSolve

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Distributional differential operators on Riemannian manifolds with smooth and Regge metrics

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Curvature approximation with Finite Elements

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TBA (upcoming)

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Generalizing Riemann curvature to Regge metrics (upcoming)

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FEM meets Differential Geometry: Curvature approximation with distributional finite elements (upcoming)

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teaching

Numerics of partial differential equations: instationary problems read more

Exercise class, TU Wien, 2019

Calculus 1 read more

Exercise class, TU Wien, 2019

Calculus 2 read more

Exercise class, TU Wien, 2020

Numerics of partial differential equations: stationary problems read more

Exercise class, TU Wien, 2020

Numerics of partial differential equations: instationary problems read more

Exercise class, TU Wien, 2021

Numerics of partial differential equations: stationary problems read more

Exercise class, TU Wien, 2021

Numerics of partial differential equations: instationary problems read more

Exercise class, TU Wien, 2022

Finite Elements for Differential Geometry read more

Lecture with exercise class, TU Wien, 2022

Mathematics 2 for Electrical Engineering read more

Exercise class, TU Wien, 2023

Seminar: An introduction to the finite element software NGSolve read more

Seminar, University Luxembourg, 2023

RTG Seminar: Continuum mechanics read more

Seminar, Portland State University, 2025