Category Archives: Institute of Structural Mechanics and Design

ISM+D annual PhD seminar

///ISM+D annual Ph.D. seminar Each year, the group of PhD´s of the Institute of structural Mechanic and Design ISM+D is meeting to exchange results and development of the individual Ph.D. This year we meet in Trifels – South-West Germany. The

ISM+D annual PhD seminar

///ISM+D annual Ph.D. seminar Each year, the group of PhD´s of the Institute of structural Mechanic and Design ISM+D is meeting to exchange results and development of the individual Ph.D. This year we meet in Trifels – South-West Germany. The

Laminated safety glass interlayers

/// Laminated safety glass interlayers| Mechanical material behavior of polymeric interlayers Miriam Schuster, M.Sc. Teschnische Universität Darmstadt Institute of Structural and Design

Laminated safety glass interlayers

/// Laminated safety glass interlayers| Mechanical material behavior of polymeric interlayers Miriam Schuster, M.Sc. Teschnische Universität Darmstadt Institute of Structural and Design

Load bearing competition | ISM+D

    ///Load bearing competition | ISM+D Each year in Technical University Darmstadt; a voluntary load bearing competition takes place for the students, which study module static 1. The students are getting divided into groups, and they compete against each other.

Load bearing competition | ISM+D

    ///Load bearing competition | ISM+D Each year in Technical University Darmstadt; a voluntary load bearing competition takes place for the students, which study module static 1. The students are getting divided into groups, and they compete against each other.

BAMP – Building with Paper

///BAMP – Building with Paper The central scientific objective of LOEWE focus BAMP is to systematically develop the advantages of paper materials and their application in the field of construction and architecture, creating the essential scientific foundations. Paper as a

BAMP – Building with Paper

///BAMP – Building with Paper The central scientific objective of LOEWE focus BAMP is to systematically develop the advantages of paper materials and their application in the field of construction and architecture, creating the essential scientific foundations. Paper as a

1,5 m long 3D Printed Bridge | TU Darmstadt

///1,5 m long 3D Printed Bridge | TU Darmstadt Institute of Structure Mechanics + Design – ISMD | TU Darmstadt had run an experiment to evaluate its 3D printers by printing 1,5 m long optimized Bridge and tested it.

1,5 m long 3D Printed Bridge | TU Darmstadt

///1,5 m long 3D Printed Bridge | TU Darmstadt Institute of Structure Mechanics + Design – ISMD | TU Darmstadt had run an experiment to evaluate its 3D printers by printing 1,5 m long optimized Bridge and tested it.

ISMD @ Timisoara

///ISMD @ Timisoara With the annual PhD seminar of our institute we visited this year the Romanian city Timisoara. Linked via one of our colleges we were hosted by the University of Timisoara and spend 3 intensive and interesting days,

ISMD @ Timisoara

///ISMD @ Timisoara With the annual PhD seminar of our institute we visited this year the Romanian city Timisoara. Linked via one of our colleges we were hosted by the University of Timisoara and spend 3 intensive and interesting days,

Mechanical behaviour of laminated glass under time-dependent and explosion loading

///Mechanical behaviour of laminated glass under time-dependent and explosion loading The mechanical behaviour of laminated glass depends, inter alia, on the time history of the applied load. As this relation has not been sufficiently investigated yet, the present work discusses different aspects of the

Mechanical behaviour of laminated glass under time-dependent and explosion loading

///Mechanical behaviour of laminated glass under time-dependent and explosion loading The mechanical behaviour of laminated glass depends, inter alia, on the time history of the applied load. As this relation has not been sufficiently investigated yet, the present work discusses different aspects of the

ETA Fabrik | TU Darmstadt

/// ETA Fabrik | TU Darmstadt Today, an increase of the energy efficiency in the manufacturing industry is typically achieved by separate, parallel measures, primarily on the level of the individual machines. Energy efficiency can be improved by a holistic, integrated

ETA Fabrik | TU Darmstadt

/// ETA Fabrik | TU Darmstadt Today, an increase of the energy efficiency in the manufacturing industry is typically achieved by separate, parallel measures, primarily on the level of the individual machines. Energy efficiency can be improved by a holistic, integrated

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

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

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.

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.

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.

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.

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 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

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

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

/// 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

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

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

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

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 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

Tempergy Glass

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

Tempergy Glass

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

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 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

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 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

Energetic effects of coziness and hygiene-oriented redevelopment in housing district consideration

/// Energetic effects of coziness and hygiene-oriented redevelopment in housing district consideration David Bewersdorff, M.Sc. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Energetic effects of coziness and hygiene-oriented redevelopment in housing district consideration

/// Energetic effects of coziness and hygiene-oriented redevelopment in housing district consideration David Bewersdorff, M.Sc. Technische Universität Darmstadt Institute of Structural Mechanics and Design

DRIEMS – Dwelling Recondition through Integrated Energy Management Strategies

/// DRIEMS – Dwelling Recondition through Integrated Energy Management Strategies Mira Conci Technische Universität Darmstadt Institute of Structural Mechanics and Design

DRIEMS – Dwelling Recondition through Integrated Energy Management Strategies

/// DRIEMS – Dwelling Recondition through Integrated Energy Management Strategies Mira Conci Technische Universität Darmstadt Institute of Structural Mechanics and Design

N-AM| The Imminent Future Of Parametric Nodes

/// N-AM| The Imminent Future Of Parametric Nodes Alamir Mohsen M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

N-AM| The Imminent Future Of Parametric Nodes

/// N-AM| The Imminent Future Of Parametric Nodes Alamir Mohsen M.Eng. Technische Universität Darmstadt Institute of Structural Mechanics and Design

ISM+D in Antwerp

/// ISM+D in Antwerp The ISM+D organizes once per year a PhD session – this time three intensive days in Antwerp were used to discuss and develop the research content of the group: themes around structural glass, new technologies and

ISM+D in Antwerp

/// ISM+D in Antwerp The ISM+D organizes once per year a PhD session – this time three intensive days in Antwerp were used to discuss and develop the research content of the group: themes around structural glass, new technologies and

Fabric Formwork in Building Industry

///Fabric Formwork in Building Industry Sascha Hickert, M.A. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Fabric Formwork in Building Industry

///Fabric Formwork in Building Industry Sascha Hickert, M.A. Technische Universität Darmstadt Institute of Structural Mechanics and Design

Nickel sulphide induced breakage of glass

///Nickel sulphide induced breakage of glass Dipl.-Ing. Jonas Hilcken Technische Universität Darmstadt Institut of Structural Mechanis and Design  

Nickel sulphide induced breakage of glass

///Nickel sulphide induced breakage of glass Dipl.-Ing. Jonas Hilcken Technische Universität Darmstadt Institut of Structural Mechanis and Design