CDL_SEC

This Christian Doppler Laboratory for Surface Engineering of high-performance Components aims for the exploration of novel coating materials as well as functional designs for application related efficiency enhancements to increase sustainability. The work within this laboratory covers the development of thin film materials for high-performance components utilizing state of the art computational material science combined with advanced synthesis and characterization techniques.

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Conferences

We are looking forward to join the 15th International Ceramics Congress in beautiful Tuskany, Italy.

 

Contributions:

 

    • Is WB2-z a proper Base System for designing Ternary Diboride based Thin Films?, H. Riedl (Talk)

    • Corrosion induced diffusion pathways in thin filmmaterials investigated by atom probe tomography, O. Hudak (Talk)

    • Enhancing the oxidation resistance of period VI carbides and borides: A joint theoretical and experimental study, T. Glechner (Talk)

We are looking forward to join the 15th International Ceramics Congress in beautiful Tuskany, Italy.

 

Contributions:

 

    • Is WB2-z a proper Base System for designing Ternary Diboride based Thin Films?, H. Riedl (Talk)

    • Corrosion induced diffusion pathways in thin filmmaterials investigated by atom probe tomography, O. Hudak (Talk)

    • Enhancing the oxidation resistance of period VI carbides and borides: A joint theoretical and experimental study, T. Glechner (Talk)

The CDL-SEC Team sends 6 project members to the 47th ICMCTF in San Diego to present their lates topics in thin film technology.

 

We are looking forward to present the follwing contributions:

 

    • Fracture–Microstructure Relations of W-diboride Thin Films, R. Hahn (Talk)

    • Influence of the Bonding Nature on the Fatigue Resistance of Cr-based Thin Films, L. Zauner (Talk)

    • Thermomechanical Properties and Oxidation Resistance of Ternary W1-xTaxB2-z Coatings, C. Fuger (Talk)

    • Synthesis and Thermomechanical Properties of Hf-C-N Coatings, T.Glechner (Talk)

    • A critical review on thermal and elastic properties of group IV to VI TMC1-xNx, H.Riedl (Talk)

    • Synthesis and thermomechanical properties of Hf-C-N coatings, T.Glechner (Talk)

    • Mo-Si-B based coatings: Alloying concepts and architectural designs, E. Aschauer (Talk)

We are looking forward to join the 15th International Ceramics Congress in beautiful Tuskany, Italy.

 

Contributions:

 

    • Is WB2-z a proper Base System for designing Ternary Diboride based Thin Films?, H. Riedl (Talk)

    • Corrosion induced diffusion pathways in thin filmmaterials investigated by atom probe tomography, O. Hudak (Talk)

    • Enhancing the oxidation resistance of period VI carbides and borides: A joint theoretical and experimental study, T. Glechner (Talk)

The CDL-SEC Team sends 6 project members to the 47th ICMCTF in San Diego to present their lates topics in thin film technology.

 

We are looking forward to present the follwing contributions:

 

    • Fracture–Microstructure Relations of W-diboride Thin Films, R. Hahn (Talk)

    • Influence of the Bonding Nature on the Fatigue Resistance of Cr-based Thin Films, L. Zauner (Talk)

    • Thermomechanical Properties and Oxidation Resistance of Ternary W1-xTaxB2-z Coatings, C. Fuger (Talk)

    • Synthesis and Thermomechanical Properties of Hf-C-N Coatings, T.Glechner (Talk)

    • A critical review on thermal and elastic properties of group IV to VI TMC1-xNx, H.Riedl (Talk)

    • Synthesis and thermomechanical properties of Hf-C-N coatings, T.Glechner (Talk)

    • Mo-Si-B based coatings: Alloying concepts and architectural designs, E. Aschauer (Talk)

PLATHINIUM aims to be an important biennial meeting covering low-temperature plasma physics, plasma processing and plasma applications. Plasmas from low to atmospheric pressure and plasmas in magnetic fields are included. Consequently, the range of applications is equally wide and covers traditional fields such as thin films and coatings in microelectronics, automotive, aeronautics industries, and expands to emerging fields such as plasmas, thin films and nanostructures used in environmental, energy, biomedical and agricultural applications.

 

CDL-SEC contributions:

 

    • Reactive HiPIMS deposition of Ti-Al-N: Influencing the Cubic to Wurtzite phase transition, L. Zauner (Poster)

       

We are looking forward to join the 15th International Ceramics Congress in beautiful Tuskany, Italy.

 

Contributions:

 

    • Is WB2-z a proper Base System for designing Ternary Diboride based Thin Films?, H. Riedl (Talk)

    • Corrosion induced diffusion pathways in thin filmmaterials investigated by atom probe tomography, O. Hudak (Talk)

    • Enhancing the oxidation resistance of period VI carbides and borides: A joint theoretical and experimental study, T. Glechner (Talk)

The CDL-SEC Team sends 6 project members to the 47th ICMCTF in San Diego to present their lates topics in thin film technology.

 

We are looking forward to present the follwing contributions:

 

    • Fracture–Microstructure Relations of W-diboride Thin Films, R. Hahn (Talk)

    • Influence of the Bonding Nature on the Fatigue Resistance of Cr-based Thin Films, L. Zauner (Talk)

    • Thermomechanical Properties and Oxidation Resistance of Ternary W1-xTaxB2-z Coatings, C. Fuger (Talk)

    • Synthesis and Thermomechanical Properties of Hf-C-N Coatings, T.Glechner (Talk)

    • A critical review on thermal and elastic properties of group IV to VI TMC1-xNx, H.Riedl (Talk)

    • Synthesis and thermomechanical properties of Hf-C-N coatings, T.Glechner (Talk)

    • Mo-Si-B based coatings: Alloying concepts and architectural designs, E. Aschauer (Talk)

PLATHINIUM aims to be an important biennial meeting covering low-temperature plasma physics, plasma processing and plasma applications. Plasmas from low to atmospheric pressure and plasmas in magnetic fields are included. Consequently, the range of applications is equally wide and covers traditional fields such as thin films and coatings in microelectronics, automotive, aeronautics industries, and expands to emerging fields such as plasmas, thin films and nanostructures used in environmental, energy, biomedical and agricultural applications.

 

CDL-SEC contributions:

 

    • Reactive HiPIMS deposition of Ti-Al-N: Influencing the Cubic to Wurtzite phase transition, L. Zauner (Poster)

       

This conference brings together people working in the field of nano- and micromechanical testing in materials research. The mechanical behavior of materials is typically controlled by processes that span several length and time scales. There has been a rapid expansion of available testing strategies in recent years to examine elastic, plastic, fracture and fatigue properties at multiple length scales, with control of loading mode, temperature and atmosphere, including imaging in real-time. This conference aims to bring together the research community working in the field of experimental mechanics, with a focus on nano- and micro-mechanical testing and a special emphasis on bridging observations across multiple length scales.

 

CDL-SEC contributions:

 

    • Influence of alloying elements on the mechanical properties, especially fracture toughness, of the WB2-z base system, R. Hahn (Poster)

Publications

publication/336534491_Reactive_HiPIMS_deposition_of_Ti-Al-N_Influence_of_the_deposition_parameters_on_the_cubic_to_hexagonal_phase_transition

publication/336534491_Reactive_HiPIMS_deposition_of_Ti-Al-N_Influence_of_the_deposition_parameters_on_the_cubic_to_hexagonal_phase_transition

publication/336534491_Reactive_HiPIMS_deposition_of_Ti-Al-N_Influence_of_the_deposition_parameters_on_the_cubic_to_hexagonal_phase_transition

publication/336534491_Reactive_HiPIMS_deposition_of_Ti-Al-N_Influence_of_the_deposition_parameters_on_the_cubic_to_hexagonal_phase_transition

News

Welcome FRIDA!

Our new fully in-house developed R+D PVD system is ready to use.

Newsfeed - 13.01.2020

Supporting the Space Team

We improved the fincans of the rocket "The Hound"!

Partner - 14.11.2019

We improved the fincans of the rocket „The Hound“ with an Aluminuium-Chromium-Nitride coating!

As mentioned in a previous post the 3D printed fincans are one of the most critical parts of our rocket "The Hound". The…

Gepostet von TU Wien Space Team am Dienstag, 5. November 2019

For further details regarding „The Hound“ and latest news about their attempt to set up a record, please follow the Link: https://spaceteam.at/2019/10/31/abschlussbericht-the-hound-2019/

Speed-Dating CDL SEC

Slide through our CDL-SEC core team! Check out our social media accounts!

Staff - 26.07.2019

Slide through our CDL-SEC core team! Check out our social media accounts!

Opening Ceremony CDL-SEC

We are celebrating the opening of our Christian Doppler Laboratory!

Newsfeed - 03.04.2019