150623-Institutsplakat_SCHULA_Buch

Characterization of the scratch sensitivity of glasses in civil engineering

/// Characterization of the scratch sensitivity of glasses in civil engineering  Glass is a brittle material, which is more and more used for structural components in civil engineering. According to the current building regulations, today glass is treated as a conventional

150623-Institutsplakat_SCHULA_Buch

Characterization of the scratch sensitivity of glasses in civil engineering

/// Characterization of the scratch sensitivity of glasses in civil engineering  Glass is a brittle material, which is more and more used for structural components in civil engineering. According to the current building regulations, today glass is treated as a conventional

TU-darmstadt-video

Studying and Living in Darmstadt

/// Studying and Living in Darmstadt Technical university Darmstadt had published a video to give the students who are interested in studying there an overview about the university campus, what it could offer and a quick overview regarding the city.

TU-darmstadt-video

Studying and Living in Darmstadt

/// Studying and Living in Darmstadt Technical university Darmstadt had published a video to give the students who are interested in studying there an overview about the university campus, what it could offer and a quick overview regarding the city.

Diss_Franz_COVER(2ab)-1

Investigation of the residual load-bearing behaviour of fractured glazing

///Investigation of the residual load-bearing behaviour of fractured glazing This volume describes the Through-Cracked-Bending (TCB) Test and the Through-Cracked-Tensile (TCT) Test as central testing methods to evaluate the residual load-bearing behaviour of laminated glass such as LSG and annealed glass.

Diss_Franz_COVER(2ab)-1

Investigation of the residual load-bearing behaviour of fractured glazing

///Investigation of the residual load-bearing behaviour of fractured glazing This volume describes the Through-Cracked-Bending (TCB) Test and the Through-Cracked-Tensile (TCT) Test as central testing methods to evaluate the residual load-bearing behaviour of laminated glass such as LSG and annealed glass.

Cost-TU-6-COVER

Adaptive facade network – Europe | The Cost Action

/// Adaptive facade network – Europe | The Cost Action The COST Action TU1403 – Adaptive Facades Network (www.tu1403.eu) was initiated by several research institutes in 2014. The COST framework is financed by the H2020 program and supports trans-national cooperation between

Cost-TU-6-COVER

Adaptive facade network – Europe | The Cost Action

/// Adaptive facade network – Europe | The Cost Action The COST Action TU1403 – Adaptive Facades Network (www.tu1403.eu) was initiated by several research institutes in 2014. The COST framework is financed by the H2020 program and supports trans-national cooperation between

Facade-research-group@TU-darmstadt

Façade Research Group @ TU Darmstadt

///Facade Research Group @ TU Darmstadt This was an intensive one! The Facade Research Group was meeting at the Institute for Structural Mechanic and Design in Darmstadt – to share status of PhD, research and projects. It was a good and

Facade-research-group@TU-darmstadt

Façade Research Group @ TU Darmstadt

///Facade Research Group @ TU Darmstadt This was an intensive one! The Facade Research Group was meeting at the Institute for Structural Mechanic and Design in Darmstadt – to share status of PhD, research and projects. It was a good and

20151202-DSC_0265b

Ceramics in an AM process | Performance

///Ceramics in an AM process | Performance How 3D printed materials perform if they are compared to traditional produced products is an interesting research. To get a general understanding of material behaviour we started printing standardised stones with a ceramic

20151202-DSC_0265b

Ceramics in an AM process | Performance

///Ceramics in an AM process | Performance How 3D printed materials perform if they are compared to traditional produced products is an interesting research. To get a general understanding of material behaviour we started printing standardised stones with a ceramic

DSC_2624

Additive Manufactring Triple Sessions | Darmstadt, Eindhoven and Delft

/// Additive Manufactring Triple Sessions | Darmstadt, Eindhoven and Delft  There were these sessions about additive manufacturing in the built environment – or let’s call it 3D Printing for buildings. Interesting triple in Darmstadt, Eindhoven and Delft with lots of lectures

DSC_2624

Additive Manufactring Triple Sessions | Darmstadt, Eindhoven and Delft

/// Additive Manufactring Triple Sessions | Darmstadt, Eindhoven and Delft  There were these sessions about additive manufacturing in the built environment – or let’s call it 3D Printing for buildings. Interesting triple in Darmstadt, Eindhoven and Delft with lots of lectures

Journal of Facade design and engineering- cover

The Journal of Facade Design and Engineering has now been added to DOAJ!

///The Journal of Facade Design and Engineering has now been added to DOAJ! As we started with research in the field of facades and building envelopes there was no opportunity to publish papers dedicated to this area of expertise in

Journal of Facade design and engineering- cover

The Journal of Facade Design and Engineering has now been added to DOAJ!

///The Journal of Facade Design and Engineering has now been added to DOAJ! As we started with research in the field of facades and building envelopes there was no opportunity to publish papers dedicated to this area of expertise in

The-vacuum-bridge

The vacuum bridge

/// The vacuum bridge Some time ago we were busy with vacuum constructions – triggered by the simplicity of creating stiff structures from loose components. Then our colleagues came and blamed us for not being serious enough…. so we had to

The-vacuum-bridge

The vacuum bridge

/// The vacuum bridge Some time ago we were busy with vacuum constructions – triggered by the simplicity of creating stiff structures from loose components. Then our colleagues came and blamed us for not being serious enough…. so we had to

Simulative-evaluation-of-the-renovation-of-buildings-from-60s_Maximilian-Flor

Simulative evaluation of the renovation of buildings from the 60s with restriction to the building envelope

/// Simulative evaluation of the renovation of buildings from the 60s with restriction to the building envelope Maximilian Flor, M.Sc. Technische Universität Darmstadt Construction and Experimental Design

Simulative-evaluation-of-the-renovation-of-buildings-from-60s_Maximilian-Flor

Simulative evaluation of the renovation of buildings from the 60s with restriction to the building envelope

/// Simulative evaluation of the renovation of buildings from the 60s with restriction to the building envelope Maximilian Flor, M.Sc. Technische Universität Darmstadt Construction and Experimental Design

20150713_Andreas-Maier

Energy-active building envelopes for industrial buildings

/// Energy-active building envelopes for industrial buildings Dipl.- Ing. Andreas Maier M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

20150713_Andreas-Maier

Energy-active building envelopes for industrial buildings

/// Energy-active building envelopes for industrial buildings Dipl.- Ing. Andreas Maier M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Ceramic-materials-in-an-AM-process-Dennis-de-Witte-M.Sc.

Ceramic materials in an AM process

/// Ceramic materials in an AM process Dennis de Witte M.Sc. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Ceramic-materials-in-an-AM-process-Dennis-de-Witte-M.Sc.

Ceramic materials in an AM process

/// Ceramic materials in an AM process Dennis de Witte M.Sc. Technische Universität Darmstadt Institute of Structural Mechanics and Design

JFDE-COVER_192x263-VO_3-IS2-IOS-FW

JFDE 3/2015

///JFDE 3/2015 The papers in this issue of JFDE discuss the potential of adaptive building envelopes, component development as well as implementation strategies. The applied practice paper demonstrates decision strategies behind the adaptive sun shading system of the Al-Bahr Towers.

JFDE-COVER_192x263-VO_3-IS2-IOS-FW

JFDE 3/2015

///JFDE 3/2015 The papers in this issue of JFDE discuss the potential of adaptive building envelopes, component development as well as implementation strategies. The applied practice paper demonstrates decision strategies behind the adaptive sun shading system of the Al-Bahr Towers.

20150513-DSC06483a

Ceramics in an AM process | Freeform surface

///Ceramics in an AM process | Freeform surface This free form brick was printed using a continuous flow. The advantage of a continuous extrusion path, controlled by g-code, is that the filament is not interrupted, which allows a faster print

20150513-DSC06483a

Ceramics in an AM process | Freeform surface

///Ceramics in an AM process | Freeform surface This free form brick was printed using a continuous flow. The advantage of a continuous extrusion path, controlled by g-code, is that the filament is not interrupted, which allows a faster print

Stochastic-fracture-behavior-of-hot-bent-glass-Dipl.-Ing.-Steffen-Müller-Braun

Stochastic fracture behavior of hot bent glass

/// Stochastic fracture behavior of hot bent glass Dipl.-Ing. Steffen Müller-Braun Technische Universität Darmstadt Institute of Structural Mechanics and Design

Stochastic-fracture-behavior-of-hot-bent-glass-Dipl.-Ing.-Steffen-Müller-Braun

Stochastic fracture behavior of hot bent glass

/// Stochastic fracture behavior of hot bent glass Dipl.-Ing. Steffen Müller-Braun Technische Universität Darmstadt Institute of Structural Mechanics and Design

Adhesion-strength-design-Michael-Drass-M.Eng.

Adhesion strength design and damage functions for polymers

/// Adhesion strength design and damage functions for polymers Michael Drass M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Adhesion-strength-design-Michael-Drass-M.Eng.

Adhesion strength design and damage functions for polymers

/// Adhesion strength design and damage functions for polymers Michael Drass M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

iD-14

imagine Detail 14 – Expanded metal

/// imagine Detail 14 –  Expanded metal Ulrich Knaack gives a small explanation concerning Expanded metal.

iD-14

imagine Detail 14 – Expanded metal

/// imagine Detail 14 –  Expanded metal Ulrich Knaack gives a small explanation concerning Expanded metal.

150930-WS-2015_2016_PlakatFET3

Future Engineering Talks | FET @ TU Darmstadt

/// Future Engineering Talks | FET @ TU Darmstadt As well this semester Future Engineering Talks are taking place, Future Engineering Talks intend to fill the gab between academic studies and practice world. They give an overview about the actual developments in

150930-WS-2015_2016_PlakatFET3

Future Engineering Talks | FET @ TU Darmstadt

/// Future Engineering Talks | FET @ TU Darmstadt As well this semester Future Engineering Talks are taking place, Future Engineering Talks intend to fill the gab between academic studies and practice world. They give an overview about the actual developments in

Institutsplakat_Louisa_Glöß_Tempergy_Glass_final

Tempergy Glass

/// Tempergy Glass Dipl.-Ing. Louisa Glöß Technische Universität Darmstadt Institute of Structural Mechanics and Design

Institutsplakat_Louisa_Glöß_Tempergy_Glass_final

Tempergy Glass

/// Tempergy Glass Dipl.-Ing. Louisa Glöß Technische Universität Darmstadt Institute of Structural Mechanics and Design

20151118-DSC06514

Ceramics in an AM process | One material solution

///Ceramics in an AM process | One material solution The ability to produce so called one-material-wall systems is promising: there is an increasing demand for the raw materials to be recycled, but recycling components made out of different materials is hard. By

20151118-DSC06514

Ceramics in an AM process | One material solution

///Ceramics in an AM process | One material solution The ability to produce so called one-material-wall systems is promising: there is an increasing demand for the raw materials to be recycled, but recycling components made out of different materials is hard. By

E4-Symposium-Flyer-1

E4 SYMPOSIUM

/// E4 SYMPOSIUM What is the energy consumption of building a building versus using the building for a period? How does a material and construction decision influence the embodied energy of a building and is there a right or wrong by comparing

E4-Symposium-Flyer-1

E4 SYMPOSIUM

/// E4 SYMPOSIUM What is the energy consumption of building a building versus using the building for a period? How does a material and construction decision influence the embodied energy of a building and is there a right or wrong by comparing

ID-13

imagine Detail 13 – Stick systems

/// imagine Detail 13 – Stick systems Ulrich Knaack gives a small explanation concerning facade stick systems

ID-13

imagine Detail 13 – Stick systems

/// imagine Detail 13 – Stick systems Ulrich Knaack gives a small explanation concerning facade stick systems

Mechanical-behaviour-of-laminated-glass-Dipl.-Ing.-Johannes-Kuntsche

Mechanical behaviour of laminated glass subjected to blast loading

/// Mechanical behaviour of laminated glass subjected to blast loading Dipl.-Ing. Johannes Kuntsche Technische Universität Darmstadt Institute of Structural Mechanics and Design

Mechanical-behaviour-of-laminated-glass-Dipl.-Ing.-Johannes-Kuntsche

Mechanical behaviour of laminated glass subjected to blast loading

/// Mechanical behaviour of laminated glass subjected to blast loading Dipl.-Ing. Johannes Kuntsche Technische Universität Darmstadt Institute of Structural Mechanics and Design

iD09

iD09| Glass point holders

/// Imagine Detail 09 – Glass point holders. This video shows Professor Holger presenting straightforward explanation about point supported glass technology and how it works.

iD09

iD09| Glass point holders

/// Imagine Detail 09 – Glass point holders. This video shows Professor Holger presenting straightforward explanation about point supported glass technology and how it works.

Inverse-structural-Andrei-Firus,-M.Eng.

Inverse structural reconstruction by employing dynamic displacement measurements through microwave interferometry

/// Inverse structural reconstruction by employing dynamic displacement measurements through microwave interferometry Andrei Firus, M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Inverse-structural-Andrei-Firus,-M.Eng.

Inverse structural reconstruction by employing dynamic displacement measurements through microwave interferometry

/// Inverse structural reconstruction by employing dynamic displacement measurements through microwave interferometry Andrei Firus, M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design