Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Matthias Jotz is active.

Publication


Featured researches published by Matthias Jotz.


Archive | 2016

Verfahren und Vorrichtung zur Bestimmung der Bruchfestigkeit der Ränder dünner Bahnen sprödbrüchigen Materials

Markus Heiß-Choquet; Kurt Nattermann; Clemens Ottermann; Matthias Jotz


Archive | 2016

Method and Apparatus for Determining the Fracture Strength of the Margins of Thin Sheets of Brittle-Fracture Material

Markus Heiss-Chouquet; Kurt Nattermann; Clemens Ottermann; Matthias Jotz


SID Symposium Digest of Technical Papers | 2017

17‐3: Towards Flexible Glass: Ultra‐Thin Glass with Tight Dimensional Tolerance and High Strength Achieved by Ion Exchange

Feng He; Matthias Jotz; Holger Wegener; Michael Hahn; Ning Da; Jose Zimmer


Archive | 2017

SHEET GLASS PRODUCT WITH INCREASED EDGE STRENGTH AND METHOD FOR PRODUCING SAME

Matthias Jotz; Markus Heiss-Chouquet; Hauke Esemann; Clemens Ottermann; Claudia Stolz


Archive | 2016

Method and device of carving thin glass and carved thin glass

Jürgen Vogt; Matthias Jotz


Archive | 2016

METHOD, AND APPARATUS, FOR TESTING BREAKING STRENGTH OF PLANAR SAMPLE MADE OF BRITTLENESS-DESTROYABLE MATERIAL, METHOD OF SUPPLYING GLASS PRODUCT, AND MULTIPLEXED TEMPLATE

Markus Heiss-Chouquet; Nattermann Kurt; Clemens Ottermann; Matthias Jotz


Archive | 2016

DEVICE AND METHOD FOR CUTTING THROUGH WORKPIECE OF MECHANICALLY BRITTLE AND NON-METALLIC MATERIAL MOVING AT PREDETERMINED SPEED

Carsten Renz; Constantin Braemer; Matthias Jotz


Archive | 2016

METHOD FOR SEPARATING THIN GLASS

Matthias Jotz; Andreas Habeck; Andreas Nickut


Archive | 2016

Method and apparatus for scoring thin glass and scored thin glass

Jürgen Vogt; Matthias Jotz


Archive | 2015

Packaging unit for a roll of material

Matthias Jotz; Eberhard Bachmann

Collaboration


Dive into the Matthias Jotz's collaboration.

Researchain Logo
Decentralizing Knowledge