SAIE 2015 – future challenges: energy conservation and green living

Requalification, recovery of buildings and cutting-edge technology to design the home of the future: this is what was presented at 51° Edition of the SAIE, international building exhibition in Italy.

logoSAIESmartHous_ILNUOVOSAIE

At the heart of the new SALT SMART HOUSE, in the Services area of Bologna fair (held like the interior of a great intelligent and sustainable house), SMART HOUSE LIVING has been presented. This project consists of 4 souls: an exhibition – Smart House Solution – on which was represented a new culture of sustainable living, which allowed visitors to ' touch ' practical applications and innovative technological solutions; a playful and participatory path – the Wheel of Sustainability – to bring the public to the culture to "triple zero" (zero consumption, zero emissions, zero waste); the Forums on the themes of designing, building and inhabiting the houses of tomorrow; the BIG Energy Idea — a ' emotional room ' of innovation told through videos and sounds: a project to push for change through knowledge. SAIE_bologna

In SMART HOUSE LIVING area, energy has been the main topic thanks to the forum "Building & Innovation". In the Digital Smart Building technology how this innovation can revive the construction industry has been the main topic. Many laid optical fiber is still unused. Since last July with the Decree Unlock Italy, "all new buildings must be equipped with a passive multiservice physical infrastructure inside the building, consisting of adequate space and installation of high-speed communications to the fiber optic network termination points". The legislation makes the provision in new homes be mandatory. Esprit Nouveau _SaieSAIE #Idrogeo has been the main new of this edition: it is an informative area and exhibition dedicated to the theme of recovery and securing of the territory from the hydrogeological point of view, that this year 2015 focused on the theme of urban land preservation thanks to the work of engineers and geotechnical in particular. 'Green' has been the guest star in new edition of SAIE, too. Inside the 'Live' path, #Landmaking group has organized ‘To build green’, an area where some of Italian excellences in the field of green have been gathered. The construction industry's interest is directed towards the energy efficiency of existing buildings, as well as through the performance improvement with the aid of new and more modern systems and engineering solutions. Costruire sostenibile

Architecture

Moving facades. Wood for new buildings

15 February 2019

An asymmetrical wood volume. A building with irregular profiles, made up of several panels that characterize the facades. This is the new home of Perathoner, a company that manufactures wood sculptors, in the heart of the Dolomites. And right here, in an area that preserves nature and that makes local traditions an excellence, the Bergmeister Wolf Architekten architecture firm has designed a building in harmony with the context and the nature of the place. nuova sede della Perathoner, Bergmeisterwolf Architekten

Despite being an architecture that fits quite strongly in the landscape thanks to the asymmetrical profile, the new Perathoner headquarters fully respects the values of the place and reflects the company's activities. From the outside, the building looks like a large sculpture, and the different shades of color dictated by wood recall the different stages that characterize the processes of artistic production and craftsmanship. nuova sede della Perathoner, Bergmeisterwolf Architekten

The structure is made of wood, consisting of stacked triangular panels. Instead, the cover is constructed from larch shingles treated with different types of aging, treatments that cause the color to change. In this game, made of panels, there are some openings from which natural light filters. And right here, at night, artificial light is diffused with a strong visual effect.

nuova sede della Perathoner, Bergmeisterwolf Architekten

The materials that complement the architecture are steel and glass.   www.bergmeisterwolf.it

Edoardo Croci

Facades

Sustainable Smart Insulation. Development of insulating panels for building waste paper and pcm

An excerpt of master thesis in Design & Engineering, academic year 2010/2011 by Marta Musitelli School of Design, Politecnico di Milano Speaker: Barbara Prof.ssa Del Curto Co-rapporteur: Prof.ssa MariaPia Pedeferri Sustainable Smart Insulation is the thesis of the research conducted by Marta Musitelli at Politecnico di Milano. The project aims at the development of sustainable and innovative insulating panels, achievable through the use of two components: the cellulose, obtained from recycling waste paper, and Phase Change Materials (or PCMs), substances capable of accumulating and releasing heat on a scheduled basis. Through the mixing of two substances during processing of recovered paper, it was possible to obtain a composite material with an entirely new set of features, which combine the thermal properties of the two components. In the construction field, the PCM is used and studied for several years to improve the capabilities of heat insulation of the walls. Cellulose fibers are used as ecological insulating material. The aim of the research is to get an array of cellulose insulation enriched by thermal properties of PCM and carry out studies and tests to verify its suitability in the context of use. Several ideas for optimizing material properties, such as lightness, mechanical resistance, fire resistance, resistance to water absorption and environmental sustainability, were proposed and tested . The presence of air zones within the structure of a material reduces the density and at the same time improve the insulating properties. In order to achieve a more efficient and lightweight Panel several techniques of inclusion of air inside the new material in waste paper and PCM have been tested, such as:
  1. Lyophilization process
  2. Proving process
  3. Distribution of flakes
  4. Shape modeling
An effective method to get air pockets within a structure is lyophilization. A second method is to use leavening agents such as baking soda, able to decompose at high temperatures and to create carbon dioxide particles inside the wet pulp, which during drying in stove increase in volume due to the boiling water. The addition of sodium bicarbonate in various quantities gives different results: the Panel made with 30% of baking shows a significant increase compared to the panel thickness without additives; the Panel with 50% of baking shows a thickness increase further compared with the previous coming to be about double the Panel without additives. A third method is to get a get a lightweight structure through the layering of cellulose flakes obtained by grinding. This method allows you to obtain lightness thanks to the air that is trapped between disordered fibers, but it is not suitable for use in the construction field because it is not workable and mechanically resistant.
Materials

Wallpepper News

 Interno milanese, Zanotta e Salvioni

Una dichiarazione d’amore alla città di Milano, al suo stile e alla sua storia: il progetto culturale ed espositivo di Zanotta e Salvioni Milano Durini è stato inaugurato recentemente e racconta una storia intima, uno sguardo sugli interni del capoluogo meneghino, una dedica a chi la vive e l’ha vissuta.

 

wallpepper

      

Il secondo piano dello showroom Salvioni si trasforma così in un appartamento senza tempo e sempre attuale,  dove gli arredi curati da Zanotta dialogano con le opere di Carlo Stanga rappresentanti diverse prospettive della città: le opere Fine-Art montate su dibond, sono state stampate con qualità e competenza da Spazio 81 mentre una grande, magnifica visione di Milano, una delle opere più iconiche dell’autore, è stampata su carta da parati WallPepper®TNT arredando la zona living con una risoluzione eccezionale ed assolutamente fedele. 

 

wallpepper

     

WallPepper® per l’occasione ha inoltre presentato grafiche a catalogo in una nuova versione, in armonia con quell’emozione unica che vale la pena guardare con i propri occhi.

Partners news

Planium Oxidized Steel, the Brown Color

Planium Oxidized Steel is very unique due to its color; it is placed in the vicinity of Copper, Bronze, and yet it still contains the “cold” silvery chromatic nuances. This steel is similar to the shades of the Bistre, Dark Brown or Cassel Earth and is obtained through electrolysis processes carried out on the surface of stainless steels. Planium offers a series of surface treatments that will give a further touch of personality to the final result: brushing, satin finishing and canvas. Each texture is a discovery.

On the floor or as a wall covering, the various proposals of Oxidized Steel enrich every surface with character. From a material point of view, this finish is among the most refined of Planium. Much appreciated are the hexagons in Oxidized Steel, which can be approached to the wall alternating with hexagons of cold colors - for example in Stainless Steel -. Rectangular and square formats are available in various sizes.

Partners news

DUCASSE SUR SEINE

21st October 2019

The new Ducasse Sur Seine restaurant was opened on September 2018. It is a 40-meter boat with an electric motor specially designed by the naval architect Gérard Ronzatti. The restaurant's interior design needed to reflect the excellence of the world’s most Michelin-starred living chef, as well as the novelty of this directional project. To meet this challenge, the partners, Citysurfing, Ducasse Paris, and Caisse des Dépôts, commissioned the talented duo of couturier-designer Maurizio Galante and Tal Lancman, who they entrusted with the creative and cultural direction of the floating restaurant.

 

The Seine and its barges epitomise the beating heart of Paris, and the flow of the river inspired Galante and Lancman design of the restaurant's interior. This concept carries the notions of movement, reflection, and fluidity of water, as well as "shapes of water", expressed through a multitude of facets, from furniture to tableware. The designers also strived to highlight French know-how and the beauty of exceptional craftsmanship.

 

To harmonise with the magnificent environment, encompassing Pont de l'Alma and the Jena bridge, the Eiffel Tower, and passing boats on the river, the two designers created a visual language directly inspired by the movement and reflections of the Seine. By bringing the exterior inside, they have conceived Ducasse Sur Seine’s particularly exquisite atmosphere to synch with its surroundings. Motifs of waves and ripples are explored in the restaurant. The ceiling of the great hall is designed with 3000 three-dimensional metal waves in different shades of silver and gold, shaped by the italian company PLANIUM Srl. An integrated LED system between the waves imparts a subtle effect of movement. This lighting, conceived by light artist Franck Franjou, is coordinated with the glittering lights of the Eiffel Tower”.

 

The metal waves on the ceiling were made of pre-anodised aluminum in silver and gold, 0.5 mm thick. The light plates have been anchored on a polished metal net, welded with assembly hardware always in shiny metal, taking care of every detail until the desired perfection. The assembly of the waves on the net has been developed to make the installation on the ceiling of the restaurant of the prestigious boat precise and rapid.

 

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Anodized aluminum ceiling: Planium Srl

Project: Naval architect Gérard Ronzatti

Creative Direction Interior design: Maurizio Galante & Tal Lancman

Photography: Pierre Monetta

 

Arianna Saini

Architecture

Home for uncertain times 2035

15th January 2020

Home for uncertain times 2035

Message for a future

 

A design EXHIBITION

This exhibition is the final stage of Innovation Studio, a design lab of the Master in Product Service System Design of the Design School of Politecnico di Milano.

91 designers / 15 ideas for our homes in 2035

Opening night: 22nd of January 2020 at 6pm

Exhibition: from 23rd to 26th of January 2020 from 10am to 8pm

 

Location:

COMBO

Ripa di Porta Ticinese, 83 - Milano

 

Our future is UNCERTAIN

We are SCARED but we HOPE for the best

There will be DRAMATIC CLIMATE CHANGES

Our role as DESIGNERS is to SUGGEST new lifestyles

The exhibition intends to send a message for a possible future taking into consideration the dramatic climate changes that we will be experiencing in the next 15 years. The artefacts embody uncertainty through messiness and accumulation: objects that clutter our lives today create the background for our projects. In this uncertainty our projects give us hope for a future.

INNOVATION STUDIO this year focused on how to design product-service system solutions for a very uncertain and unpredictable future. A future influenced by climate change that may transform some of our daily practices. Transformations, that need not be dramatic, but on the contrary may disrupt our habits for a better living on this planet, enhancing the sense of community, humanity and the quality of social interactions. Designers, as always, will have a crucial role in conceiving products and services that support people in this changing environment.

Climate change is affecting people and lifestyles. Some regions are already experiencing extreme weather events, while others are just starting to perceive these transformations. In the next few decades there seems to be little doubt that most cities around the world will have to adapt and attempt to mitigate some of the conditions that are emerging.

Without wanting to depict a dystopian picture, there are a few characteristics of the future that we can quite confidently predict as environmental conditions are transformed. Temperatures will be more extreme with longer heat waves, higher peaks of heat, and less difference in temperatures between day and night. Unpredictable and extreme weather events will be more frequent with water bombs, hurricanes and floods occurring regularly in places that were never exposed to these types of events before. The risk of fires will increase. We may have new insects and pests invading our habitats. In most regions there will be a shift in our relationship with water. Some areas will have water shortages, where others will experience flooding. Coastal cities will feel some degree of sea rise with consequences on residential and agricultural areas. The extent and severity of these changes depends on the level of intervention that occurs in the next few years.

As the years go by, we can expect some measures to mitigate or adapt to the changing conditions by governments and local authorities, meaning that we may see a range of different regulations being introduced. From a decrease in the use of fossil fuels for energy, to increasingly strict laws on plastic materials and waste in general. There may be incentives to transform buildings to ensure better insulation, green roofs, autonomous solar energy production and water storage. Carbon taxes on travel, transport and manufacturing may also affect the cost or availability of some goods and experiences we take for granted today.

Independently from how societies, governments and politics will react to these changes, and whether actions will be taken to transform societies for the better to tackle global warming, the change will be present and most likely shape some of our daily practices and material culture. New products will emerge as new living conditions and new practices are developed, which in turn will drive new services.

Designing life at home in new climate conditions means conceiving products and service systems destined to exist in a physical environment with changing conditions (such as greater heat and instability), but also a social environment with transformed daily practices due to changing regulations in mobility or energy. Attitudes may also change regarding the use of certain materials, waste or plant based diets. These changes may well affect all aspects of our daily life, and life at home, whether directly or indirectly.

 

CREDITS

Professors:

Valentina Auricchio

Stefana Broadbent

Marta Corubolo

Fabio Di Liberto

Ilkka Suppanen

 

Course tutors:

Corina Macnovit

Vanessa Monna

 

An exhibition curated by:

Nina Fois

Giacomo Rho

Anna Riti

Hannah Roche

Emma Teli

Virginia Luisa Volontè

Chenfan Zhang

 

Students:

Sara Airoldi, Andrés Alfonso Hernàndez Alzate, Mariana Romero Arango, Masoumeh Asadi, Mehrdad Atariani, Amirmohammad Azizi, Giorgia Bartolomeo, Beril Beden, Tommaso Bernardi, Beatriz Bonilla Berrocal, Arianna Bosio, Federico Bossi, Luiza Braga, Anna Buccarelli, Brenda Cadena, Eleonora Campana, Juliana dos Santos Netto Campos, Martina Carozza, Alessandro Ceccato, Yuzhi Chen, Chuhan Cheng, Naiyi Chia, Angela Corrado, Carolina De Maria, Valentina Facoetti, Beatrice Feltracco, Nina Fois, Marcella Gadotti, Mariah Madureira Giacchetta, Ismael Godinez, Alessandro Grati, Nicolàs Salom Guzmàn, Bin He, Jerome Hompes, Giulia Ianes, Elena Iannella, Marcello Iudice, Le Jiaqi, Ryohei Kawagishi, Alessia Kayalibay, So Jeong Kim, Isadora Koike, Orçun Kumova, Xiayu Li, Xiaoyong Liug, Francisca Lucas, Zhengang Lou, Wen Luo, Davide Macchi, Francesca Masnaghetti, Arianna Meroni, Riccardo Orlando Miele, Giacomo Montefalcone, Ettore Mordenti, Hiroki Morimoto, Sophia Motta, Madina Ómirbekova, Alessia Orizio, Federica Parolisi, Anvith Patil, Claudia Pelosi, Federica Piazzi, Jéssica Pinto, Martina Platini, Adellia Pranindita, Yao Qiushun, Xingyu Quan, Yasmina Rasamny, Giacomo Rho, Anika Rieth, Anna Riti, Hannah Roche, Alessandra Rota, Candela Piancatelli Ruiz, Dumitru Samson, Vittoria Scatiggio, Nardin Shafik, Valeria Soffientini, Angela Stellaccio, Siyu Tang, Emma Teli, Agustina Toderi, Brenda Villafana, Virginia Luisa Volontè, Pan Shin Wan, Qiuyue Wang, Lai Xiaoting, Selin Yilmaz, Banghan Yin, Qiu Yu, Chenfan Zhang.

 

Arianna Saini

 

Partners news

An innovative structure: a temporary research pavilion

02 December 2018

In 2010, the Institute for Computational Design (ICD) and the Institute of Building Structures and Structural Design (ITKE) designed and constructed a temporary research pavilion. The innovative structure demonstrates the latest developments in material-oriented computational design, simulation, and production processes in architecture. The result is a bending-active structure made entirely of extremely thin, elastically-bent plywood strips.

ICD ITKE Research Pavilion

 

Material computes. Any material construct can be considered as resulting from a system of internal and external pressures and constraints. Its physical form is determined by these pressures. However, in architecture, digital design processes are rarely able to reflect these intricate relations. Whereas in the physical world material form is always inseparably connected to external forces, in the virtual processes of computational design form and force are usually treated as separate entities, as they are divided into processes of geometric form generation and subsequent simulation based on specific material properties. The strips are robotically manufactured as planar elements, and subsequently connected so that elastically bent and tensioned regions alternate along their length. The force that is locally stored in each bent region of the strip, and maintained by the corresponding tensioned region of the neighboring strip, greatly increases the structural capacity of the system.

ICD ITKE Research Pavilion

In order to prevent local points of concentrated bending moments, the locations of the connection points between strips needs to change along the structure, resulting in 80 different strip patterns constructed from more than 500 geometrically unique parts. The combination of both the stored energy resulting from the elastic bending during the construction process and the morphological differentiation of the joint locations enables a very lightweight system. The entire structure, with a diameter of more than twelve meters, can be constructed using only 6.5 millimeter thin birch plywood sheets.

ICD ITKE Research Pavilion

The computational design model is based on embedding the relevant material behavioral features in parametric principles. These parametric dependencies were defined through a large number of physical experiments focusing on the measurement of deflections of elastically bent thin plywood strips. Based on 6400 lines of code one integral computational process derives all relevant geometric information and directly outputs the data required for both the structural analysis model and the manufacturing with a 6-axis industrial robot. (Fabiana Cambiaso - Università La Sapienza) www.icd.uni-stuttgart.de www.itke.uni-stuttgart.de

Carlo Bardelli

Green building

Dry technologies: Perforated aluminium panels and steel

This project deals with the extension and the restructuration of a young workers residence, a 10-levels building made of a concrete structure with overhangs every 2.50m. The existing building was built in a brutal way in the 1970s on the Fondation Eugene Napoleon domain, a group of Heritage buildings.

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To go faster, allow freedom of interior organization and future flexibility, the extensions have been assembled using a metal frame.

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The anodized aluminium envelope draws up a new geometry, free of architectural styles, that encompasses the extensions and the existing buildings.

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It reflects the light and is slit by openings onto the windows and the balconies/galleries of the garden. Final touch to the Fondation’s composition, the garden is connected to the Boulevard by openings in the outer wall, to the communal life spaces on the ground floor and to the galleries on the western façade.

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The housing itself is the result of working on expanding minimum space, on series and repetitions. The metal structure allows shifting forward or backward the light frame partition walls in the flats to create two spaces, the “services” in the hall and the living space close to the window.

herve-abbadie-51

 (Fabiana Cambiaso - Università La Sapienza) Credits: suzelbrout.com Figures: ©  Hervé Abbadie; © Frédéric Delangle Young Workers Residence, Paris, France aasb_agence d'architecture suzelbrout / Suzel Brout, Leslie Mandalka Site: 3751 mq Completed: 2011 Materials: Modular panels of anodised aluminium with serial holes made with laser technology, Steel Applications: Envelope, Structure  

Materials

¿ Espacio BIM ?

¿Todavía no conoces Espacio BIM? Se trata de una empresa que presta tanto servicios en el ámbito de la consultoría como formación e-learning en entornos BIM, VR (Realidad Virtual), AR (Realidad Aumentada) y MR (Realidad Mixta). Además, cuenta con el respaldo de Autodesk y Chaos Group puesto que es ATC o Authorized Training Center para ambos casos. Así mismo, en Espacio BIM cuentan con un gran abanico de profesionales experimentados en metodología BIM, así como en VR, AR y MR.

Consultoría BIM, y VR, AR y MR

El área de Consultoría BIM, y VR, AR y MR de Espacio BIM, cuentan con un gran abanico de servicios: y es que a día de hoy, son la única consultora especializada en metodología BIM, y Realidad Virtual, Realidad Aumentada y Realidad Mixta. Prueba de ello son los trabajos llevados a cabo en el sector AEC (Arquitectura, Ingeniería y Construcción): Implantación BIM en promotoras, constructoras, estudios de arquitectura...; Consultoría BIM para gestión de activos; O creación de recorridos virtuales y nube de puntos entre otros. Aquí te dejo algunos ejemplos de los trabajos realizados en Consultoria BIM, y VR, AR y MR.

BIM Software Store

Para acercar a un precio más competitivo plugin y software BIM a las empresas con las que trabaja, Espacio BIM ha creado BIM Software Store. ¿Quieres comparar y comprar software BIM al mejor precio? ¡Échale un vistazo!

Máster y Cursos BIM y de Realidad Virtual Online

Como ya sabes, Espacio BIM además cuenta con una gran variedad en su oferta formativa. En ella, te ofrecen cursos y máster BIM, VR, AR, y MR que se adaptan a las diferentes disciplinas y necesidades de tu perfil profesional de una forma dinámica. ¿Y qué es una formación online sin un equipo que respalde cada paso que des? En Espacio BIM lo tienen muy claro, y es que cuentan con un conjunto de técnicos que te ayudan en cada duda, consulta o ejercicio que se te plantee. Pero, ¿qué es lo que te ofrece esta formación online?

  • Certificación. Espacio BIM es ATC (Authorized Training Center) tanto de Autodesk como Chaos Group.
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  • Variedad en el contenido. Infografías, masterclasses en vídeo, y todo tipo de recursos complementarios.
  • Desde cualquier dispositivo. Accede a todo el contenido e información sin preocuparte de tener un ordenador a mano.
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¿Quieres saber más? Puedes echar un vistazo a su Curso Revit gratis de introducción a Autodesk Revit Architecture, o a los Master BIM que proponen.

"Me considero exigente y práctica y he encontrado en este equipo de enseñanza la respuesta perfecta para aprender de manera eficaz y ajustada la metodología BIM. La accesibilidad y resolución de dudas es inmediata y muy profesional. Lo recomiendo sin dudarlo y seguro que ampliaré mis conocimientos con ellos." Lucía Requena

 

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