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Sebastian Bruns (1989-)

Werkstoffwissenschaftler

Name	Sebastian Bruns
Zeit	1989- (Lebensdaten)
Ort	Bad Hersfeld (Geburtsort) Darmstadt (Wirkungsort) Deutschland
Geschlecht	männlich
Akademischer Grad bzw. Titel	Dr.-Ing.
Beruf	Werkstoffwissenschaftler
Beziehung	Technische Universität Darmstadt. Fachbereich Material- und Geowissenschaften (Promotion) Werkstoffkunde (Studienfach)
Datensatztyp	Person
GND-Nummer	1212822129
Datensatz-ID	1212822129
Beteiligt an alle anzeigen Seamless Science: Lifting Experimental Mechanical Testing Lab Data to an Interoperable Semantic Representation Observation of Grain Boundary Sliding in a Lamellar Ultrafine‐Grained Steel A simple way to make tough diamond/metal laminates Bioinspired damage tolerant diamond-metal laminates by alternating CVD and PVD processes Indentation densification of fused silica assessed by raman spectroscopy and constitutive finite element analysis Local Deformation of Glasses is Mediated by Rigidity Fluctuation on Nanometer Scale Mechanical softening of CuX alloys at elevated temperatures studied via high temperature scanning indentation Observation of Grain Boundary Sliding in a Lamellar Ultrafine‐Grained Steel Seamless Science: Lifting Experimental Mechanical Testing Lab Data to an Interoperable Semantic Representation Room Temperature Viscous Flow of Amorphous Silica Induced by Electron Beam Irradiation Indentation-Induced Structural Changes in Vitreous Silica Probed by in-situ Small-Angle X-Ray Scattering Room Temperature Viscous Flow of Amorphous Silica Induced by Electron Beam Irradiation Influence of Al2O3 Addition on Structure and Mechanical Properties of Borosilicate Glasses Indentation densification of fused silica assessed by raman spectroscopy and constitutive finite element analysis Influence of Al2O3 addition on structure and mechanical properties of borosilicate glasses Influence of Al2O3 Addition on Structure and Mechanical Properties of Borosilicate Glasses Tailoring the mechanical properties of metaluminous aluminosilicate glasses by phosphate incorporation The Indentation Densification and Cracking Behavior of Fused Silica Local Deformation of Glasses is Mediated by Rigidity Fluctuation on Nanometer Scale Influence of Cooling Rate on Cracking and Plastic Deformation during Impact and Indentation of Borosilicate Glasses

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Katalog der Deutschen Nationalbibliothek

Sebastian Bruns (1989-)

Seamless Science: Lifting Experimental Mechanical Testing Lab Data to an Interoperable Semantic Representation

Observation of Grain Boundary Sliding in a Lamellar Ultrafine‐Grained Steel

A simple way to make tough diamond/metal laminates

Bioinspired damage tolerant diamond-metal laminates by alternating CVD and PVD processes

Indentation densification of fused silica assessed by raman spectroscopy and constitutive finite element analysis

Local Deformation of Glasses is Mediated by Rigidity Fluctuation on Nanometer Scale

Mechanical softening of CuX alloys at elevated temperatures studied via high temperature scanning indentation

Observation of Grain Boundary Sliding in a Lamellar Ultrafine‐Grained Steel

Seamless Science: Lifting Experimental Mechanical Testing Lab Data to an Interoperable Semantic Representation

Room Temperature Viscous Flow of Amorphous Silica Induced by Electron Beam Irradiation

Indentation-Induced Structural Changes in Vitreous Silica Probed by in-situ Small-Angle X-Ray Scattering

Room Temperature Viscous Flow of Amorphous Silica Induced by Electron Beam Irradiation

Influence of Al2O3 Addition on Structure and Mechanical Properties of Borosilicate Glasses

Indentation densification of fused silica assessed by raman spectroscopy and constitutive finite element analysis

Influence of Al2O3 addition on structure and mechanical properties of borosilicate glasses

Influence of Al2O3 Addition on Structure and Mechanical Properties of Borosilicate Glasses

Tailoring the mechanical properties of metaluminous aluminosilicate glasses by phosphate incorporation

The Indentation Densification and Cracking Behavior of Fused Silica

Local Deformation of Glasses is Mediated by Rigidity Fluctuation on Nanometer Scale

Influence of Cooling Rate on Cracking and Plastic Deformation during Impact and Indentation of Borosilicate Glasses