Presentatie van Fabio Gramazio van ETH Zurich op 22 oktober 2015 tijdens de Dutch Design Week, bij TUE op activiteit ism Cement&BetonCentrum: Grote ambities met 3D Betonprinten.
An OSGi based platform supporting industry 4.0 applications for SMEs - H Korn...mfrancis
The document discusses the AQUASI research project which aims to develop an OSGi-based platform to support Industry 4.0 applications for small and medium enterprises (SMEs). The project focuses on developing cloud and edge node management, a data and communication model, and a domain-specific language to help SMEs like NUR-HOLZ deliver high quality products using modern IT technologies over a product's lifetime. The presentation demonstrates early prototypes of the AQUASI platform and language being developed to help wood housing manufacturers collaborate globally and ensure product quality.
The document discusses intellectual property and open design. It begins by looking at different forms of intellectual property protection like copyright, patents, trademarks, and trade dress. It then discusses licensing strategies like Creative Commons to enable sharing of work while protecting author rights. The document advocates for open design and mass collaboration enabled by the Internet. It provides examples of open source software, biotechnology, movies and more to show how open models have facilitated innovation. Open design is defined as projects that can be shared digitally and manufactured locally through open licenses and collaboration. Specific examples of open typography, fashion, and architecture are given.
Presentatie van Deens technologisch instituut over hybrid manufacturing op 22 oktober 2015 tijdens de Dutch Design Week, bij TUE op activiteit ism Cement&BetonCentrum: Grote ambities met 3D Betonprinten.
Digital Fabrication Studio v.0.2: Digital Fabrication and FabLab ecosystemMassimo Menichinelli
Digital Fabrication Studio.01 discusses the history and concepts of digital fabrication (fabbing) and Fab Labs. It provides examples of how digital fabrication is used from craft projects to industrial manufacturing. It outlines the key aspects of Fab Labs as spaces that democratize digital fabrication technologies and allow for collaborative exploration and project development. Applications of digital fabrication discussed include DIY and hacker projects, generative design, mass customization, customized prosthetics, shorter supply chains, and use in different media like photography, video, and books.
Clever Support: Efficient Support Structure Generation for Digital Fabrication:Sanjana Yemajala
This document summarizes a process for efficiently generating support structures for 3D printing. It introduces an optimization framework that minimizes the amount of support structures needed by 3D printers. The framework first orients the input model to reduce overhanging areas, then detects overhang points requiring support. It builds tree-like support structures from these points instead of column structures, merging branches to reduce length. This approach significantly cuts the amount of support material used and decreases printing time by an average of 29.4% compared to other software solutions.
This document provides an overview of version control systems Git and GitHub. It discusses downloading and installing Git, the basic architecture and commands of Git, and using GitHub as a hosted repository service. The document recommends creating a GitHub user account, downloading GitHub clients, and learning Markdown formatting. It concludes with exercises to create a bio repository and use branching and merging on GitHub.
Presentation for educational institutions and 3d printershisan bot
The document discusses how 3D printing technologies can enhance education by providing hands-on, practical applications in various subjects like math, science, and engineering. It notes that schools and educational institutions are increasingly using 3D printers to improve how students learn and develop design skills. The technology allows for customization and digital fabrication that can revolutionize teaching techniques and take them to a new level.
A fab lab (fabrication laboratory) is a small-scale workshop offering (personal) digital fabrication. A fab lab is generally equipped with an array of flexible computer-controlled tools that cover several different length scales and various materials, with the aim to make "almost anything". This includes technology-enabled products generally perceived as limited to mass production.
An OSGi based platform supporting industry 4.0 applications for SMEs - H Korn...mfrancis
The document discusses the AQUASI research project which aims to develop an OSGi-based platform to support Industry 4.0 applications for small and medium enterprises (SMEs). The project focuses on developing cloud and edge node management, a data and communication model, and a domain-specific language to help SMEs like NUR-HOLZ deliver high quality products using modern IT technologies over a product's lifetime. The presentation demonstrates early prototypes of the AQUASI platform and language being developed to help wood housing manufacturers collaborate globally and ensure product quality.
The document discusses intellectual property and open design. It begins by looking at different forms of intellectual property protection like copyright, patents, trademarks, and trade dress. It then discusses licensing strategies like Creative Commons to enable sharing of work while protecting author rights. The document advocates for open design and mass collaboration enabled by the Internet. It provides examples of open source software, biotechnology, movies and more to show how open models have facilitated innovation. Open design is defined as projects that can be shared digitally and manufactured locally through open licenses and collaboration. Specific examples of open typography, fashion, and architecture are given.
Presentatie van Deens technologisch instituut over hybrid manufacturing op 22 oktober 2015 tijdens de Dutch Design Week, bij TUE op activiteit ism Cement&BetonCentrum: Grote ambities met 3D Betonprinten.
Digital Fabrication Studio v.0.2: Digital Fabrication and FabLab ecosystemMassimo Menichinelli
Digital Fabrication Studio.01 discusses the history and concepts of digital fabrication (fabbing) and Fab Labs. It provides examples of how digital fabrication is used from craft projects to industrial manufacturing. It outlines the key aspects of Fab Labs as spaces that democratize digital fabrication technologies and allow for collaborative exploration and project development. Applications of digital fabrication discussed include DIY and hacker projects, generative design, mass customization, customized prosthetics, shorter supply chains, and use in different media like photography, video, and books.
Clever Support: Efficient Support Structure Generation for Digital Fabrication:Sanjana Yemajala
This document summarizes a process for efficiently generating support structures for 3D printing. It introduces an optimization framework that minimizes the amount of support structures needed by 3D printers. The framework first orients the input model to reduce overhanging areas, then detects overhang points requiring support. It builds tree-like support structures from these points instead of column structures, merging branches to reduce length. This approach significantly cuts the amount of support material used and decreases printing time by an average of 29.4% compared to other software solutions.
This document provides an overview of version control systems Git and GitHub. It discusses downloading and installing Git, the basic architecture and commands of Git, and using GitHub as a hosted repository service. The document recommends creating a GitHub user account, downloading GitHub clients, and learning Markdown formatting. It concludes with exercises to create a bio repository and use branching and merging on GitHub.
Presentation for educational institutions and 3d printershisan bot
The document discusses how 3D printing technologies can enhance education by providing hands-on, practical applications in various subjects like math, science, and engineering. It notes that schools and educational institutions are increasingly using 3D printers to improve how students learn and develop design skills. The technology allows for customization and digital fabrication that can revolutionize teaching techniques and take them to a new level.
A fab lab (fabrication laboratory) is a small-scale workshop offering (personal) digital fabrication. A fab lab is generally equipped with an array of flexible computer-controlled tools that cover several different length scales and various materials, with the aim to make "almost anything". This includes technology-enabled products generally perceived as limited to mass production.
Innovating Humane Habitats in a Digital Era for a Sustainable Future.Digital Technology in Architectural Education and Profession .The significance of virtual Architecture is its emergence with the ability of computer-imaging technology to accurately simulate three-dimensional reality. The technique of simulating three-dimensional reality is known as virtual reality.
Parametric design:
Enables the exploration of alternative designs within a single representation using parameters and associative relationships to control geometric and constructive aspects of the design.
New developments in computational design as well as in digital fabrication are currently leading to a rethinking of architectural design, material science, engineering and fabrication.
Since the computer became an important tool in our life, the design possibilities are greatly increased. However, the translation of this computational design is often done through printed plans, which are then realized with traditional construction methods. All of the information available in digital form, gets lost in this last step. Digital manufacturing is changing this by creating a direct link between design and production. The real object is like an exact copy of the virtual model.
SPIF stands for Single Point Incremental Forming. By using an industrial robot to push the metal gradually along a specific tool path, a wide variety of geometries becomes possible. Since there is no mold needed for this process, it is ideal for prototyping and producing small batches. As each panel can be different, free form architecture may also be an interesting field of application.
Through one or more test cases I would like to explore the possibilities of this technique in an architectural context. Possible applications are, for example, a self-supporting wall or self-supporting roof construction. For example I modeled a structure, based on an existing project from a carport, and subjected it to a certain load. In the second case a grid of ribs is added on the geometry. We can see clearly that the deflection decreases substantially by using a geometry with more depth.
Since it is an integrated process from design to production, it may be interesting to handle all of this in one software. That's why also the tool path, needed to control the robot, is generated in Grasshopper. This plugin provides a parametric environment for Rhinoceros3D. As an output it will give a series of coordinates and direction vectors.
Gert-Willem Van Gompel
Master of Engineering: Architecture
More companies are exploring industrial applications for additive manufacturing, driven by the design freedom and potential product performance gains that it provides. Renishaw's AM Solutions Centres overcome barriers to AM deployment by providing facilities, equipment and engineering support for manufacturers who want to learn about AM and build a investment case.
Additive Manufacturing (AM) is undergoing a revolution as it moves from the model and tooling shop and onto the factory floor. A growing range of firms are deploying AM to create innovative new products that deliver increased performance in use and which could not be produced conventionally. Here we explore the drivers behind this transition and the increased demands that series production places on AM to deliver predictable, consistent parts. We look at the chains of linked processes and tools that are needed to create an integrated manufacturing process with AM at its heart, and the controls that must be employed to make AM a mainstream manufacturing process.
DDI 3D Medical Prosthetics Presentation to AAA Conference, April 2007Direct Dimensions, Inc.
This PowerPoint presents the technologies for 3D imaging human facial and other body parts for the digital design and fabrication of cosmetically accurate prosthetics.
This was presented by Direct Dimensions at the April 2007 conference for then named American Anaplastology Association.
This document discusses materials and techniques for fabricating dental dies. It describes common die materials like gypsum products, electroplated dies, epoxy resins and ceramic materials. Gypsum products are most commonly used due to their ability to reproduce fine detail, dimensional accuracy, and ease of use. The document outlines the basic requirements for die materials and manufacturing processes for gypsum dies, including the setting reaction and how factors like water-powder ratio and mixing time affect setting time.
This document discusses various biomaterial fabrication techniques. It begins with an introduction to biomaterials and their uses. It then describes common materials used as biomaterials and the evolution of biomaterials. Several scaffold fabrication techniques are outlined, including solvent casting, melt molding, gas foaming, freeze drying, and fiber bonding. Limitations of these techniques are noted. Rapid prototyping and nanofabrication techniques that allow for more control and precision are also summarized.
Introduction to the BIM Conference LuxembourgSylvain Kubicki
The document provides an overview of a conference on Building Information Modeling (BIM). It introduces the CRP Henri Tudor research institution and its construction program, the NeoBuild innovation cluster for sustainable construction, and provides details on BIM including its benefits for collaboration in the construction sector. The conference program aims to inform practitioners in Luxembourg and the greater region about the latest developments with BIM through presentations from experts across Europe addressing both technical and business aspects of BIM implementation.
This document discusses experiences with user-generated content and crowdsourcing on Arkitekturbilleder.dk. It describes how crowdsourcing was used to add over 55 new building photos in three months compared to 60 added in a previous year. Benefits included greater diversity of content and geographical coverage, while challenges included variable workloads and ensuring contributors remain engaged. Future plans could involve crowdsourcing the website and app development. The document seeks feedback on using crowdsourcing further.
Presentation of project outcomes during a 'breakfast meeting' at the University of Oslo. More information at the project site: bit.ly/visualnavigationproject
Circular value creation with used products and materials
What can design do to retain the circular value of waste materials? In this session we will explore where and how using wasted resources and circular design strategies meet. Together with Ahrend and Starbucks, interior products are being designed using their textile waste. And old stadium seats of Amsterdam ArenA are turned into collector's items by Amsterdam based designers. The Amsterdam University of Applied Sciences and partners
will present insights gained from these projects and show how waste materials can be turned into circular products and new business opportunities. They will share their considerations when using discarded products and materials for new circular designs. Join in and discuss this with them.
Speakers: Niki Schoondergang, Boudewijn van den Bosch, Kees de Boer, Mark Lepelaar
Moderator: Inge Oskam
Unfolding - A Simple Library for Interactive Maps and Geovisualizations in Pr...Till Nagel
Presentation at GeoViz 2013 in Hamburg.
Find more information on Unfolding at http://unfoldingmaps.org
Find our GeoViz abstract at http://tillnagel.com/publications
HAMK Design Factory and London Design Factory collaboration.pdfHAMK Design Factory
The document summarizes a visit by representatives from Design Factory London to Design Factory HAMK in Finland. It discusses several ongoing and planned collaborations between the two organizations, including student projects integrating data analytics and design thinking at various HAMK campuses. It also outlines partnerships with other design factories through the DFGN and Run-EU networks to develop joint tools and hold international workshops. Contact information is provided for the head of HAMK Design Factory.
The document describes The Good Home project, which explores the future of home living through design-led and technology-enabled means. The Good Home is led by Alexandra Deschamps-Sonsino and Peter Bihr and involves hosting workshops at various events to collaboratively develop ideas around themes like the kitchen, data and the home, sustainability, and rural development. Past workshops have focused on topics such as gender dynamics in kitchen design, data privacy in the home, and connected product design.
Visualisation for the AEC Sector: Past, Present and Tomorrow… #COMIT2016Comit Projects Ltd
Presentation by Dr Max Mallia-Parfitt (COINS:FULCRO & Crossrail) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Arkitekturbilleder.dk Sharing is caring 2014 #sharecare14 - Ignite sessionsDaniel Gunnarsson
The crowdsourcing project of arkitekturbilleder.dk, a picture database of Danish architecture, showcases the potential to run a crowdsourcing project with almost no fundings at all. Thoughts on challenges, possibilities, practice and methods – and how to keep the “crowd” motivated and stimulated to secure further contributions.
The Future Envelope 12
Interreg IT-AU FACEcamp project
------------
Conference on Building Envelopes
20-21 May 2019, NOI Techpark, Bolzano (Italy)
"It’s all about performances".
Online information 2012 arkitekturbilleder.dk final versionDaniel Gunnarsson
Slides from my presentation at the Online Information 2012 conference in London:
http://www.online-information.co.uk/static/track-1-considerations-for-launching
DRIVE 2017 | 26 October - RESEARCH THROUGH DESIGN & MORE - Societal Challenge...CLICKNL
The document outlines a project called Participatory City Making that aims to develop a framework to enhance participatory city making among various stakeholders. It does this through small-scale experiments that explore the interaction between grassroots initiatives and local governments. The framework is developed using research through design methods like co-creative sessions, workshops, and prototyping to gain insights into roles, tools, and outcomes of the participatory design process.
Innovating Humane Habitats in a Digital Era for a Sustainable Future.Digital Technology in Architectural Education and Profession .The significance of virtual Architecture is its emergence with the ability of computer-imaging technology to accurately simulate three-dimensional reality. The technique of simulating three-dimensional reality is known as virtual reality.
Parametric design:
Enables the exploration of alternative designs within a single representation using parameters and associative relationships to control geometric and constructive aspects of the design.
New developments in computational design as well as in digital fabrication are currently leading to a rethinking of architectural design, material science, engineering and fabrication.
Since the computer became an important tool in our life, the design possibilities are greatly increased. However, the translation of this computational design is often done through printed plans, which are then realized with traditional construction methods. All of the information available in digital form, gets lost in this last step. Digital manufacturing is changing this by creating a direct link between design and production. The real object is like an exact copy of the virtual model.
SPIF stands for Single Point Incremental Forming. By using an industrial robot to push the metal gradually along a specific tool path, a wide variety of geometries becomes possible. Since there is no mold needed for this process, it is ideal for prototyping and producing small batches. As each panel can be different, free form architecture may also be an interesting field of application.
Through one or more test cases I would like to explore the possibilities of this technique in an architectural context. Possible applications are, for example, a self-supporting wall or self-supporting roof construction. For example I modeled a structure, based on an existing project from a carport, and subjected it to a certain load. In the second case a grid of ribs is added on the geometry. We can see clearly that the deflection decreases substantially by using a geometry with more depth.
Since it is an integrated process from design to production, it may be interesting to handle all of this in one software. That's why also the tool path, needed to control the robot, is generated in Grasshopper. This plugin provides a parametric environment for Rhinoceros3D. As an output it will give a series of coordinates and direction vectors.
Gert-Willem Van Gompel
Master of Engineering: Architecture
More companies are exploring industrial applications for additive manufacturing, driven by the design freedom and potential product performance gains that it provides. Renishaw's AM Solutions Centres overcome barriers to AM deployment by providing facilities, equipment and engineering support for manufacturers who want to learn about AM and build a investment case.
Additive Manufacturing (AM) is undergoing a revolution as it moves from the model and tooling shop and onto the factory floor. A growing range of firms are deploying AM to create innovative new products that deliver increased performance in use and which could not be produced conventionally. Here we explore the drivers behind this transition and the increased demands that series production places on AM to deliver predictable, consistent parts. We look at the chains of linked processes and tools that are needed to create an integrated manufacturing process with AM at its heart, and the controls that must be employed to make AM a mainstream manufacturing process.
DDI 3D Medical Prosthetics Presentation to AAA Conference, April 2007Direct Dimensions, Inc.
This PowerPoint presents the technologies for 3D imaging human facial and other body parts for the digital design and fabrication of cosmetically accurate prosthetics.
This was presented by Direct Dimensions at the April 2007 conference for then named American Anaplastology Association.
This document discusses materials and techniques for fabricating dental dies. It describes common die materials like gypsum products, electroplated dies, epoxy resins and ceramic materials. Gypsum products are most commonly used due to their ability to reproduce fine detail, dimensional accuracy, and ease of use. The document outlines the basic requirements for die materials and manufacturing processes for gypsum dies, including the setting reaction and how factors like water-powder ratio and mixing time affect setting time.
This document discusses various biomaterial fabrication techniques. It begins with an introduction to biomaterials and their uses. It then describes common materials used as biomaterials and the evolution of biomaterials. Several scaffold fabrication techniques are outlined, including solvent casting, melt molding, gas foaming, freeze drying, and fiber bonding. Limitations of these techniques are noted. Rapid prototyping and nanofabrication techniques that allow for more control and precision are also summarized.
Introduction to the BIM Conference LuxembourgSylvain Kubicki
The document provides an overview of a conference on Building Information Modeling (BIM). It introduces the CRP Henri Tudor research institution and its construction program, the NeoBuild innovation cluster for sustainable construction, and provides details on BIM including its benefits for collaboration in the construction sector. The conference program aims to inform practitioners in Luxembourg and the greater region about the latest developments with BIM through presentations from experts across Europe addressing both technical and business aspects of BIM implementation.
This document discusses experiences with user-generated content and crowdsourcing on Arkitekturbilleder.dk. It describes how crowdsourcing was used to add over 55 new building photos in three months compared to 60 added in a previous year. Benefits included greater diversity of content and geographical coverage, while challenges included variable workloads and ensuring contributors remain engaged. Future plans could involve crowdsourcing the website and app development. The document seeks feedback on using crowdsourcing further.
Presentation of project outcomes during a 'breakfast meeting' at the University of Oslo. More information at the project site: bit.ly/visualnavigationproject
Circular value creation with used products and materials
What can design do to retain the circular value of waste materials? In this session we will explore where and how using wasted resources and circular design strategies meet. Together with Ahrend and Starbucks, interior products are being designed using their textile waste. And old stadium seats of Amsterdam ArenA are turned into collector's items by Amsterdam based designers. The Amsterdam University of Applied Sciences and partners
will present insights gained from these projects and show how waste materials can be turned into circular products and new business opportunities. They will share their considerations when using discarded products and materials for new circular designs. Join in and discuss this with them.
Speakers: Niki Schoondergang, Boudewijn van den Bosch, Kees de Boer, Mark Lepelaar
Moderator: Inge Oskam
Unfolding - A Simple Library for Interactive Maps and Geovisualizations in Pr...Till Nagel
Presentation at GeoViz 2013 in Hamburg.
Find more information on Unfolding at http://unfoldingmaps.org
Find our GeoViz abstract at http://tillnagel.com/publications
HAMK Design Factory and London Design Factory collaboration.pdfHAMK Design Factory
The document summarizes a visit by representatives from Design Factory London to Design Factory HAMK in Finland. It discusses several ongoing and planned collaborations between the two organizations, including student projects integrating data analytics and design thinking at various HAMK campuses. It also outlines partnerships with other design factories through the DFGN and Run-EU networks to develop joint tools and hold international workshops. Contact information is provided for the head of HAMK Design Factory.
The document describes The Good Home project, which explores the future of home living through design-led and technology-enabled means. The Good Home is led by Alexandra Deschamps-Sonsino and Peter Bihr and involves hosting workshops at various events to collaboratively develop ideas around themes like the kitchen, data and the home, sustainability, and rural development. Past workshops have focused on topics such as gender dynamics in kitchen design, data privacy in the home, and connected product design.
Visualisation for the AEC Sector: Past, Present and Tomorrow… #COMIT2016Comit Projects Ltd
Presentation by Dr Max Mallia-Parfitt (COINS:FULCRO & Crossrail) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Arkitekturbilleder.dk Sharing is caring 2014 #sharecare14 - Ignite sessionsDaniel Gunnarsson
The crowdsourcing project of arkitekturbilleder.dk, a picture database of Danish architecture, showcases the potential to run a crowdsourcing project with almost no fundings at all. Thoughts on challenges, possibilities, practice and methods – and how to keep the “crowd” motivated and stimulated to secure further contributions.
The Future Envelope 12
Interreg IT-AU FACEcamp project
------------
Conference on Building Envelopes
20-21 May 2019, NOI Techpark, Bolzano (Italy)
"It’s all about performances".
Online information 2012 arkitekturbilleder.dk final versionDaniel Gunnarsson
Slides from my presentation at the Online Information 2012 conference in London:
http://www.online-information.co.uk/static/track-1-considerations-for-launching
DRIVE 2017 | 26 October - RESEARCH THROUGH DESIGN & MORE - Societal Challenge...CLICKNL
The document outlines a project called Participatory City Making that aims to develop a framework to enhance participatory city making among various stakeholders. It does this through small-scale experiments that explore the interaction between grassroots initiatives and local governments. The framework is developed using research through design methods like co-creative sessions, workshops, and prototyping to gain insights into roles, tools, and outcomes of the participatory design process.
Text and Non-textual Objects: Seamless access for scientists
Uwe Rosemann (German National Library of Science and Technology (TIB), Germany)
The European High Level Expert Group on Scientific data has formulated the challenges for a scientific infrastructure to be reached by 2030: “Our vision is a scientific e-infrastructure that supports seamless access, use, re-use, and trust of data. In a sense, the physical and technical infrastructure becomes invisible and the data themselves become the infrastructure – a valuable asset, on which science, technology, the economy and society can advance”.
Here, “data” is not restricted to primary data but also includes all non-textual material (graphs, spectra, videos, 3D-objects etc.).
The German National Library of Science and Technology (TIB) has developed a concept for a national competence center for non-textual materials which is now founded by the German State and by the German Federal Countries. The center has to perform the task: developing solutions and services together with the scientific community to make such data available, citable, sharable and usable, including visual search tools and enhanced content-based retrieval.
With solutions such as DataCite and modular development for extraction, indexing and visual searching of new scientific metadata, TIB will accept the challenge. And will make all data accessible to its users fast, convenient and easy to use.
The paper shows what special tools are developed by TIB in the context of scientific AV-media, 3D-objects and research data.
This document provides information about the Software Engineering Group at the Norwegian University of Science and Technology (NTNU). It includes summaries of the research areas, courses taught, and potential master's thesis topics for 13 professors and associate professors in the group. The research areas include software engineering, human-computer interaction, games and simulations, cooperation technologies, and more. The
This document discusses plans to create a mobile version and app for Arkitekturbilleder.dk, a website documenting Danish architecture since 2002. It will include a mobile-friendly version and app development to make the content accessible on smartphones and tablets. There is also a discussion of using crowd-sourcing to add new content, engage users, and help keep the project sustainable into the future. The goals are to enrich the content, increase awareness and usage of the resource, and explore new models for ongoing contributions from expert and citizen photographers.
Booosting (platform voor koplopers in bouwinnovatie) organiseerde een aantal workshops om deze uitdaging aan te gaan. Eén van de innovatieve uitkomsten van de workshops is: geen afval en meer CO2-reductie door verbetering isolatieglas. We halen bestaand isolatieglas uit elkaar en reinigen het. Daarna voegen we een specifieke folie toe en bouwen we het geheel op tot triple glas! Het is de bedoeling dat het gehele upgrade-proces mobiel kan plaatsvinden. Daarom willen we twee vrachtwagens ombouwen tot een werkplaats om het triple glas overal ter plekke te kunnen maken. Een enthousiast team heeft inmiddels een eerste succesvolle praktijkproef uitgevoerd en Booosting bestuurslid Rutger Snoek is hierover ook geïnterviewd. Kijk voor meer info ook op www.booosting.nl.
De Booosting activiteit Goood Woood stond 5 maart in het teken van circulair bouwen met hout en werd gehost door de collega’s van cepezed in Delft. Na afloop van de expertlezingen was er een rondleiding in Bouwdeel D(emontabel) van cepezed.
Hier de presentatie Houtconstructies van Rob Doomen - Pieters Bouwtechniek Delft.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/326
De Booosting activiteit Goood Woood stond 5 maart in het teken van circulair bouwen met hout en werd gehost door de collega’s van cepezed in Delft. Na afloop van de expertlezingen was er een rondleiding in Bouwdeel D(emontabel) van cepezed.
Hier de presentatie Bouwdeel D(emontabel) Bouwdeel D(emontabel) ontwerp en bouwproces van Jan Houtekamer - directeur cepezedbouwteam.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/326
De Booosting activiteit Goood Woood stond 5 maart 2020 in het teken van circulair bouwen met hout en werd gehost door de collega’s van cepezed in Delft. Na afloop van de expertlezingen was er een rondleiding in Bouwdeel D(emontabel) van cepezed.
Hier de presentatie Nieuwe houten bouwproducten van
Bas Meeuwissen - technisch adviseur Metsä Wood.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/326
De Booosting activiteit Goood Woood stond 5 maart in het teken van circulair bouwen met hout en werd gehost door de collega’s van cepezed in Delft. Na afloop van de expertlezingen was er een rondleiding in Bouwdeel D(emontabel) van cepezed.
Hier de presentatie Circulair bouwen en Bouwdeel D(emontabel) van Menno Rubbens - directeur cepezedprojects.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/326
De Booosting activiteit Goood Woood stond 5 maart 2020 in het teken van circulair bouwen met hout en werd gehost door de collega’s van cepezed in Delft. Na afloop van de expertlezingen was er een rondleiding in Bouwdeel D(emontabel) van cepezed.
Hier de presentatie Trends in circulair bouwen met hout van Mathew Vola - directeur Arup
Aankondiging van deze activiteit
https://booosting.nl/event/show/id/326
11 februari 2020 organiseerden Booosting en Si-X een projectbezoek naar het Co-Creation Centre. Het onderwerp van deze activiteit was De Booosting activiteit was structureel verlijmen en het gebruik van siliconen in de bouw.
Daags ervoor verscheen dit artikel in Cobouw: Volledig glazen paviljoen kan aanval met bulldozer weerstaan.
aankondiging van deze activiteit
https://booosting.nl/event/show/id/328
presentaties van deze activiteit https://booosting.nl/news/show/id/1356
Het Co-Creation Centre wordt nu gebouwd op The Green Village in Delft.
30 januari 2020 gaf Thijs Asselbergs op de beurs GEVEL2020 de presentatie Second Life, de architectuur van morgen, over "circular upcycle + re-design of façades".
Hoe kun je een aanpak maken om grote Rijksgebouwen en het grootse ziekenhuis van Nederland, het AMC, geschikt te maken voor 2050?
Thijs Asselbergs is hoogleraar Architectural Engineering op de TU Delft faculteit Bouwkunde.
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de tegenlezing van Rutger Snoek, bestuurslid Booosting en expert vastgoed Rijksvastgoedbedrijf.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de presentatie Nieuwe ontwikkelingen van Siliconen in de bouw van Valérie Hayez, Global Façade Engineering - Dow Silicones België.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de presentatie over het constructief ontwerp van Diana de Krom - projectleider constructies ABT.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de presentatie over het technisch ontwerp en de uitvoering van Wout Hoogendoorn, directeur Si-X.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de presentatie over het architectonisch ontwerp door
Armand Paardekooper Overman - architect/associate Mecanoo.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier het welkomstwoord van Hubert Linssen - programmamanager van The Green Village.
Aankondiging van deze activiteit:
https://booosting.nl/event/show/id/328
11 februari 2020: Booosting activiteit over én in het in aanbouw zijnde Co-Creation Centre met draagstructuur van glas en siliconen.
Hier de introductie van Booosting voorzitter Robert Capel – Saleslead Octatube
In 2017 startten de Hogescholen Saxion Enschede en Hanze Groningen Bouwtex, het onderzoek naar de mogelijkheden van textiel voor de bouw in het kader van renovatie en herbestemming van gebouwen.
Op 16 januari 2020 is het onderzoek afgerond op Hanze Groningen met de presentatie van twee prototypen voor flexibele binnenwanden in het onderwijs. Hier de presentatie van de groep olv docent onderzoeker Clemens Bernardt.
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In 2017 startten de Hogescholen Saxion Enschede en Hanze Groningen Bouwtex, het onderzoek naar de mogelijkheden van textiel voor de bouw in het kader van renovatie en herbestemming van gebouwen.
Op 16 januari 2020 is het onderzoek afgerond op Hanze Groningen met de presentatie van twee prototypen voor flexibele binnenwanden in het onderwijs. Hier de presentatie van Atto Harsta en Rinke Feenstra van Aldus Bouwinnovatie: Meervoudig ruimtegebruik in een moderne leeromgeving.
In 2017 startten de Hogescholen Saxion Enschede en Hanze Groningen Bouwtex, het onderzoek naar de mogelijkheden van textiel voor de bouw in het kader van renovatie en herbestemming van gebouwen.
Op 15 januari 2020 is het onderzoek afgerond met een eindevent. Hier de presentatie over de kansen van het gebruik van textiel in de bouw van Christian Struck, lector Sustainable Building Technology Saxion: Potential of textiles for building renovation.
In 2017 startten de Hogescholen Saxion Enschede en Hanze Groningen Bouwtex, het onderzoek naar de mogelijkheden van textiel voor de bouw in het kader van renovatie en herbestemming van gebouwen.
Op 15 januari 2020 is het onderzoek afgerond met een eindevent. Hier de presentatie van studente Moeywadee Sakhun van een opvouwbare roomdivider van het nonwoven, kunststof vliesmateriaal Colback.
In 2017 startten de Hogescholen Saxion Enschede en Hanze Groningen Bouwtex, het onderzoek naar de mogelijkheden van textiel voor de bouw in het kader van renovatie en herbestemming van gebouwen.
Op 15 januari 2020 is het onderzoek afgerond met een eindevent. Hier de studentenpresentatie van een binnenwand met een modulair kliksysteem van 100% pet-vilt, Flexitex.
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In cooperation with: Reto Geiser (Curator)
Client: Swiss Federal Office of Culture
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Gramazio Kohler Research, Chair of Architecture and Digital Fabrication, ETH Zurich
45. Remote Material Deposition
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Sponsors: Festo AG, Hans und Wilma Stutz Stiftung, IKEA Foundation Switzerland
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Concrete – Mesh Calibration
Mix C with
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Slump flow 18
Mesh 12_9
Mix C without
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Slump flow 19
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Mix C no Fibers
Sump flow 19
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Mix C no Fibers
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Mix C with
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22
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