Person
Benjamin Schaaf
M. Sc.
Lehrstuhl für Stahl- und Leichtmetallbau
Address
Building: 2130
Room: 711
Mies-van-der-Rohe-Straße 1
52074 Aachen
Contact
- WorkPhone
- Phone: +49 241 80 24759
Fax
Fax:
+49 241 80 22140
Email:
b.schaaf@stb.rwth-aachen.de
Research interests
- Adhesive Bonding
- Glass Structures
- Photoelasticity
Research Projects
A list of all past and current projects can be found here.
Publications
| Titel | Autor(en) |
|---|---|
| Material parameter determination for the simulation of hyperelastic bonds in civil engineering considering a novel material model Journal Article (2020) | Schaaf, Benjamin Richter, Carl Feldmann, Markus Toups, Elisabeth Simon, Jaan-Willem Reese, Stefanie Seewald, Robert Vitus Schiebahn, Alexander Reisgen, Uwe |
| Methoden zur Auslegung und Simulation von Metall-Glas-Klebungen im Bauwesen Contribution to a book, Contribution to a conference proceedings (2020) | Schaaf, Benjamin Richter, Carl Feldmann, Markus Toups, Elisabeth Simon, Jaan-Willem Reese, Stefanie Seewald, Robert Vitus Schiebahn, Alexander Reisgen, Uwe |
| Modeling of hyperelastic material accounting for the Mullins effect by defining a new stiffness reduction variable Journal Article (2020) | Toups, Elisabeth Seewald, Robert Vitus Schaaf, Benjamin Holthusen, Hagen Hanns Reisgen, Uwe Feldmann, Markus Reese, Stefanie Simon, Jaan-Willem |
| Flächige Bewertung des Spannungszustandes an Baugläsern mittels Spannungsoptik Contribution to a book (2019) | Glaser, Marcus Hildebrand, Jörg Bergmann, Jean Pierre Schaaf, Benjamin Abeln, Björn Richter, Carl Feldmann, Markus |
| Material modeling of hyperelastic silicone adhesives considering stiffness reduction Contribution to a conference proceedings, Journal Article (2019) | Toups, Elisabeth Seewald, Robert Vitus Schaaf, Benjamin Reisgen, Uwe Feldmann, Markus Reese, Stefanie Simon, Jaan-Willem |
| Determination of Prestress Profiles in Chemically Toughened Glass by Means of Photoelasticity Contribution to a book, Contribution to a conference proceedings (2019) | Laurs, Maximilian Heinrich Schaaf, Benjamin Di Biase, Pietro Feldmann, Markus |
| Nutzung der Wirtschaftlichkeitspotentiale von „kalt gebogenen” Gläsern durch Untersuchung ihres Tragverhaltens und ihrer Tragfähigkeit als Mono‐, Verbund‐ und Isolierverglasung sowie der Zwangsbeanspruchung auf die Stahlbauunterkonstruktion Journal Article (2019) | Di Biase, Pietro Schaaf, Benjamin Feldmann, Markus |
| Methoden zur Auslegung und Simulation von Metall-Glas-Klebungen im Bauwesen Contribution to a conference proceedings (2019) | Toups, Elisabeth Simon, Jaan-Willem Reese, Stefanie Schaaf, Benjamin Richter, Carl Feldmann, Markus Seewald, Robert Vitus Schiebahn, Alexander Reisgen, Uwe |
| Development of a mobile device for the evaluation of the current in-situ stress condition in glass - Experimental and numerical analysis for bonded and mechanical joints Contribution to a conference proceedings, Journal Article (2018) | Schaaf, Benjamin Abeln, Björn Richter, Carl Feldmann, Markus Glaser, Marcus Hildebrand, Jörg Bergmann, Jean Pierre Baitinger, Mascha Reshamavala, Marcel Tsaklakidis, Marco Siebert, Barbara Herrmann, Tobias Haese, Andreas |
| Development of a mobile device for the evaluation of the current in-situ stress condition in glass - Experimental and numerical analysis for bonded and mechanical joints Contribution to a book, Contribution to a conference proceedings (2018) | Schaaf, Benjamin Abeln, Björn Richter, Carl Feldmann, Markus Glaser, Marcus Hildebrand, Jörg Bergmann, Jean Pierre Baitinger, Mascha Reshamavala, Marcel Tsaklakidis, Marco Siebert, Barbara Herrmann, Tobias Haese, Andreas |
| Hybrid steel-glass cell: cold-twisting and buckling phenomena Contribution to a book, Contribution to a conference proceedings (2018) | Galuppi, Laura Di Biase, Pietro Schaaf, Benjamin Richter, Carl Hoffmeister, Benno Feldmann, Markus Carfagni, Gianni Royer |
| Development of a Mobile Device for the Evaluation of the Current in Situ Stress Condition in Glass Contribution to a book, Contribution to a conference proceedings (2018) | Schaaf, Benjamin Abeln, Björn Richter, Carl Feldmann, Markus Glaser, Marcus Hildebrand, Jörg Bergmann, Jean Pierre |
| Ermittlung von Vorspannprofilen bei chemisch vorgespannten Glasscheiben mittels spannungsoptischer Messmethoden Contribution to a book (2018) | Feldmann, Markus Di Biase, Pietro Schaaf, Benjamin |
| Innovative kalt gebogene Fassadenelemente mit Structural Glazing Journal Article (2018) | Hoffmeister, Benno Di Biase, Pietro Richter, Carl Schaaf, Benjamin Feldmann, Markus |
| Zur Berechnung und Bemessung von Klebverbindungen aus der Sicht des Stahlbaus Journal Article (2017) | Feldmann, Markus Richter, Carl Abeln, Björn Schaaf, Benjamin |
| Anisotropieeffekte an Fassaden mit thermisch vorgespanntem Glas : neue Messmethoden Journal Article (2017) | Schuler, Christian Dix, Steffen Feldmann, Markus Di Biase, Pietro Schaaf, Benjamin |
| Full-surface and Non-destructive Quality Control and Evaluation by Using Photoelastic Methods Contribution to a book, Contribution to a conference proceedings (2017) | Schaaf, Benjamin Di Biase, Pietro Feldmann, Markus Schuler, Christian Dix, Steffen |
| Flächige und zerstörungsfreie Qualitätskontrolle mittels spannungsoptischer Methoden Contribution to a book (2017) | Feldmann, Markus Kasper, Ruth Di Biase, Pietro Schaaf, Benjamin Schuler, Christian Dix, Steffen Illguth, Marcus |
| Celle ibride vetro-acciaio curvate a freddo : modellazione, progettazione e test sperimentali Journal Article (2017) | Hoffmeister, Benno Di Biase, Pietro Richter, Carl Schaaf, Benjamin Feldmann, Markus Galuppi, Laura |
| Methoden zur Erfassung und Analyse von Anisotropien bei thermisch vorgespannten Glasprodukten Journal Article (2017) | Feldmann, Markus Schuler, Christian Kasper, Ruth Di Biase, Pietro Schaaf, Benjamin Dix, Steffen Illguth, Marcus |