the Power of Inspiration

This competition entry by artist Liu Chien-Sheng for the ” Changing the Face –Pushkinsky Cinema Hall Competition” is a tribute to Александр Сергеевич Пушкин / Alexander Sergeyevich Pushkin – it is a poem conceived by architecture. The Pushkinsky Cinema Hall is located next to the Pushkin Square on the urban green line, and the statue of Pushkin stands in front of the cinema hall. The concept of this design is to write a poem as a tribute to Alexander Sergeyevich Pushkin by architecture.

“The power of inspiration” – poem

1- Freedom: Against gravity by floating steam. Gravity is one of the great obstacles to artistic design of architectural structure, thus there has been deep desire to construct the architecture without giving sense of gravity. In order to present freedom of architecture, the mist floating in the air performs as a new type of materials for the façade.  The steam floats surround the cinema hall to represent a new type of façade and actually increase the temperature near the building. The rise of steam from horizon – a view of architectural façade extends to unban collage.

2- The warm sun on the snow: The architectural form is originated from an image of sun. Snow country has thirsts for basking in pleasant sunshine, just like the world of poetry need Alexander Sergeyevich Pushkin to provide and expand its spirit. The façade starts a primitive geometry with a light materiality to reflect the surrounding. And then, the curves cut it and create the pattern of architectural form.
3- The inspiration of color – a symbol of warm temperature: The architectural façade changes the color with temperature. Generally, the façade color is red during the summer. When the temperature drops, the color turns to black. Moreover, spouting steam from the new façade to increase the temperature around the building and the color turn to scarlet. The color and steam give people warmth. The stainless with Performance Coating on the façade is able to echo the color when temperature becomes different.

a New Palazzo

OFL Architecture is an interdisciplinary practice established by Francesco Lipari in 2008, currently based in Rome. Aiming to combine Art, Sculpture, Biology and Cinema, they engage in various international competitions and tackle a wide range of architectural typologies. Receiving several prizes: the honorable mention at the Hong Kong Noise Barrier Competition with the Riccio project, as well as the first prize for the Silk Road Map International Competition, their work is considered provocative, as it ranges from referencing historical architecture to issues of future housing.

The competition proposal for the office building located in Bolzano is a result of collaboration between OFL Architecture and Rabatanalab. The concept is born from a sculpture idea generated by the desire to establish continuity with the past of the city of Bolzano. It is seen as a re-construction of memories, spirit of places and iconological transposition of the city’s historically relevant architectural symbols. From this ideological assumption, the innovative study carried out on the skin / facade of the new organism recalls one of the iconographic symbols of the city, the Duomo. In fact, the trend of the ribs of the great vault’s “a crociera”, projected on the three naves, have permitted the extrapolation of the particular generator module of the new skin. Optimized exploitation of natural light aims to achieve a visual comfort as well as a desirable level of energy conservation. The common areas will have devices to monitor and regulate energy consumption with time sensors and daylight sensors. On the roof there solar thermal and photovoltaic panels. These are connected to the technical facilities in the basement through a mechanism integrated within the modules of the skin.

ground Water

New York City’s Watershed is in crisis. Not only is there a larger demand for water due to the growth of the population, but due to further suburban development in upland areas, water catchment sites are not as hygienic as before. Within the Croton Watershed lies Carmel,  a suburban town in Putnam County with large basins for water catchment integrated into a developed suburban community. The distributed system currently in place for the dispersal of sewage, though, has a very high risk of contaminating the watershed.

Based on a topological study using sand and cavities to represent the density and area of groundwater contamination risk, a landscape was generated by Carla Lores and Michael Yarisnky. The areas that are highest upland have the highest ground water capacity and lowest contamination risk, and the areas downland have the lowest capacity and highest risk. This relationship is key to the remediation strategy, by creating a topography that channels effluent water to these specific sites. The exo-landscape is then populated with components that not only allow the material flow relationship but can also be modulated to allow for varying lighting conditions and the ability to contain soil and plants. This passive system is then activated by integrated pumps that draw sewage to biogas processing sites.

Using pastoral ideas native to the development of suburban landscaping, such as the sweeping vista, winding pathway, scenic overlook and grotto, we develop the landscape to be a desirable recreation site. Overlaid, layers of sewage, air, and water flow create a new material ecology within Carmel. Since the sites of highest contamination risk are protected, New York City’s Watershed is more protected than previously. Because the system is automated to deposit and process waste into the sites of highest capacity, the system as a whole has a larger capacity for sewage.

This project hopes to blur the boundary between what is considered clean and contaminated, synthetic and natural, and in doing so foster a modified suburban desire. This, through the intensification of existing conditions of a synthetic pastoral and the gizmo begins to challenge the boundaries that enabled the development of suburbia in the first place.

morFologies in Bucharest

Nympha Cultural Center in Bucharest is a concept proposal designed by Brasov-based upgrade.studio, an architectural practice oriented towards computational design and cutting-edge concepts. Their Urban BY-PASS project received a Special Mention at eVolo’s Scyscraper Competition in 2008.

The proposal is conceived as a programmatic addition to the studio’s Digital University project. It comprises Art galleries, Cultural Center, Performing Arts Center and the University library.The two morphologies seem to be deliberately conflicted, expressing opposite approaches.

The veins system is collecting rainwater and storing it into the ground. Using the heat pump principle for cooling and warming the water the building requires no air-conditioning. A wide spread network of thin tubes covers the outer shell and ensures an efficient heat exchange with the environment. 

a Complex Oscillation

This proposal by Emergent is based on creating a complex visual oscillation between two and three dimensional realms. Somewhere between the disciplines of sculpture and painting, the piece registers as a mass but also as a graphic. Loopy, spotted patterns flow over manifold surfaces, simultaneously dissolving the mass and re-establishing it. Transparent zones allow people to view deep inside the object, their gaze pulled into involutions in interior surfaces. They can see the inside of the mass-painting.

The human brain, recent neuroscience suggests, is not engaged in “seeing” space, but in actively “modeling” space1. Residing on multiple ontological levels, this project is an attempt to force the brain to hedge and guess in its “modeling” of physical reality.

The colorful pattern language, while fanciful at first glance, is not simply a visual phenomenon. It is the result of intersecting a map of structural stresses with a painterly sensibility. The loopy mass is analyzed as a composite shell structure, revealing areas of low and high stress. The resultant color-gradient map is manipulated to produce certain visual effects but also broken down into layers of variable thickness and material strength. Color and pattern therefore only partially index material forces; the piece exceeds simple material expression towards something which correlates nature and culture.

Finally, layers of super-thin technology are embedded into the structurally sedimented fiber composite shell. Thin film solar tape is tucked beneath the outermost layer of the shell, while organic LED  lighting film is embedded on the inside of the shell, in accent layers. The solar tape creates micro-patterning which breaks down large surfaces and generates energy to power the lighting system. At night, mysterious graphic and silhouette effects are produced, heightening the dimensional play of the piece.

Είμαστε οι Μέλισσες του Αόρατου

Η Σοφία του Ρ. Μ. Ρίλκε

Σε έντεκα χιλιάδες γράμματα εκτιμάται το σύνολο της αλληλογραφίας του γερμανόφωνου ποιητή Ράινερ Μαρία Ρίλκε (1875-1926), προϊόν της επικοινωνίας του με φιλικά και συγγενικά πρόσωπα, καλλιτέχνες και νέους ποιητές που του ζητούσαν συμβουλές, πρώην και νυν ερωμένες. Η διεκπεραίωση αυτής της αλληλογραφίας ήταν καθημερινή ασχολία του ποιητή για αρκετές ώρες και δεν αποτελούσε γι' αυτόν κοινωνική υποχρέωση αλλά έργο πνευματικό, σχεδόν εξίσου σημαντικό με το ποιητικό του, αφού οι επιστολές του είναι συμπυκνωμένα φιλοσοφικά δοκίμια που καλύπτουν ένα ευρύτατο θεματικό φάσμα - από την καθημερινή συνύπαρξη με τους άλλους μέχρι τον ίλιγγο του έρωτα και από την απώλεια και τις δοκιμασίες της ζωής έως την καλλιτεχνική έμπνευση.

Ο Urlich Baer, καθηγητής Γερμανικών και Συγκριτικής Λογοτεχνίας, ανθολόγησε μέσα από χιλιάδες σελίδες αμετάφραστων επιστολών τα καλύτερα αποσπάσματά τους και τα συγκέντρωσε σε ένα βιβλίο-κιβωτό, που προσφέρει στον αναγνώστη όχι μόνο την απόλαυση ανάγνωσης ενός καλογραμμένου κειμένου αλλά και μια πηγή σοφίας στην οποία μπορεί ν' ανατρέχει κάθε στιγμή της ζωής του. Γιατί ο Ρίλκε δεν υπήρξε μόνο ένας από τους σημαντικότερους ποιητές του εικοστού αιώνα, ήταν πρώτα και πάνω απ' όλα βαθιά ανθρώπινος - μ' εκείνο το είδος της ανθρώπινης κατανόησης και ζεστασιάς που συχνά λείπει από τους διανοούμενους. Με γλώσσα ρέουσα και ποιητική και ύφος οικείο και τρυφερό σαν χάδι, ο Ρίλκε στοχάζεται και καταθέτει τις σκέψεις του στο χαρτί καταρχάς και στις καρδιές όσων τις διαβάζουν, στη συνέχεια.

Τα κείμενα που αναφέρονται σε βιβλία όπως ''Η σοφία του Ρίλκε'', δεν χρειάζονται πολλά λόγια και βαθυστόχαστες αναλύσεις, τα τριαντάφυλλα δεν έχουν ανάγκη ούτε από κομπλιμέντα ούτε από διαφήμιση - υπάρχουν κι αυτό είναι αρκετό. Ένα μικρό απόσπασμα από το βιβλίο: ''το εξοχότερο επίτευγμα της δύναμης της ζωής είναι ότι ερμηνεύει το κακό ως καλό και ουσιαστικά το αντιστρέφει... τίποτα δεν διατηρείται δυσκολότερα από το κακό, γι' αυτό κανείς άνθρωπος δεν θα έπρεπε να σκέφτεται πως είναι κακός. Φτάνει να σαλέψει λιγάκι κι αμέσως παύει να είναι.''
 

a Frozen Music

Anisotropia, the design for the new Busan Opera House by Orproject is based on Klavierstück I, a composition for piano by Orproject director Christoph Klemmt. It is based on a twelve tone row which is repeated and altered by the different voices, in order to create complex rhythmic patterns.

Anisotropia becomes the physical manifestation of Klavierstück I, a frozen piece of music. The design for the Busan Opera House is based on a simple strip morphology instead of a twelve tone row, which creates the facade, structure and rhythm within itself, its repetition happening in space instead of time. Layers of the strips form the façade structure, and the shifting and alteration of these patterns results in the formation of complex architectural rhythms which are used to control the light, view and shading properties of the façade.

Klavierstück I uses a twelve tone row which starts with the lowest key of the piano. After its first cycle the row gets repeated, though shifted up by a halftone. However rather than translating up every tone by a halftone, only the lowest tone of the row is translated up by one octave. Like this the row remains the same, but its range has been shifted.

In the next repetition this shift continues, but the range now also gets reduced in its size: The lowest tone gets translated up by one octave again, and the second lowest tone gets dropped out, so that only the remaining eleven tones of the row are played. Instead of the twelve tones the range now only covers eleven tones, and also its length is reduced accordingly.

The range of the twelve tone row continues to be reduced and shifted upwards until only one tone is left in each repetition of the original row. Then the range grows again, and still moving upwards goes through further modulations: The different voices of the piece are starting to separate, the size of the different parallel ranges starts to diverge, they move around each other, until finally they grow together again, still moving up and their range fading out with the highest key of the piano.

Cellular Geometries

The project was designed by Xing Wang in cooperation with Offenbach Academy of Art and Design. The design team was organized by Prof. Dr. Markus Holzbach and was exhibited in Frankfurt in January 2011. It explores the structure and combinatorics of cellular geometries, completely relying on computational design.

The project’s aim was to build a pavilion inside Diamantenbörse in Frankfurt. It was based on mobius geometry with 3d voronoi pattern structure. It tried to integrate special light effects for the media show during the exhibition. The 3d vronoi pattern structure is manufactured as straight wood panels by 5 axis milling machine and assembled on site. In order to save time and material, most parts of the wood panels were cut under 3 axis cutting method, only the both ends parts of the panels with slope are cut through 5 axis setting.

The task was to generate the complex 3d structure in a parametric way, and also prepare the fully detailed CNC manufacture files for the CNC lab. The parametric solution for this system gave the possibility to adjust the structure many times on different design stages.

 

Ανθίβολα...Ανθίβολα

Σχέδια µε «πατρόν» δεξιοτεχνών αγιογράφων από την Ήπειρο άφησαν τα ίχνη τους στην Ελλάδα και τα Βαλκάνια, σε τοιχογραφίες και εικόνες σε ορθόδοξους ναούς. Ιχνη που ακολουθεί το βιβλίο «Ανθίβολα από τους Χιονιάδες».

Από το ορεινό χωριό των Χιονιάδων µε τους µόλις 400 κατοίκους, τον 18ο και τον 19ο αιώνα µια οµάδα ή «κολεκτίβα» δεξιοτεχνών του σχεδίου και της αγιογραφίας κίνησε για να διαδώσει την τέχνη της θρησκευτικής ζωγραφικής στον ελλαδικό χώρο και τα Βαλκάνια. Οι ζηλευτοί τεχνίτες, µε ανθίβολα (σχέδια «πατρόν» αγιογραφιών) στις αποσκευές τους, ταξίδευαν από τη Βορειοδυτική Ελλάδα, τη Θεσσαλία, το Άγιον Όρος έως την Αλβανία και τη Βουλγαρία, τοιχογραφούσαν εκκλησίες και φιλοτεχνούσαν φορητές εικόνες, διατηρώντας το ορθόδοξο χριστιανικό πνεύµα ζωντανό στην οθωµανική επικράτεια.

Είκοσι τέσσερα ανθίβολα και σχέδια µεγάλων διαστάσεων, τα οποία ανήκουν στην πολύτιµη Συλλογή Μακρή - Μαργαρίτη, µπήκαν στο µικροσκόπιο της αρχαιολόγου δρος Ανδροµάχης Κατσελάκη και της ιστορικού Βυζαντινής Τέχνης καιθεολόγου Μαρίας Νάνου, µε σκοπό να ανιχνεύσουν τις βυζαντινές ρίζες της ζωγραφικής τέχνης στον ελληνικό και βαλκανικό χώρο. Στις 414 σελίδες του βιβλίου «Ανθίβολα από τους Χιονιάδες», εξηγούν πώς τα εύθραυστα και σηµαντικά αυτά σχέδια συναντώνται σε τοιχογραφίες και φορητές εικόνες ναών στην Ελλάδα και τα Βαλκάνια.

Και µάλιστα πολλές φορές τα ίδια ακριβώς σχέδια, που «ξεπατικώνονταν» στους τοίχους ή στο ξύλο, συναντώνται σε διαφορετικούς ναούς – και διαφορετικές εποχές. Τα έργα που παρουσιάζονται στο βιβλίο προέρχονται από τοπικά καλλιτεχνικά εργαστήρια της Βορειοδυτικής Ελλάδας και της Νότιας Βαλκανικής και βρέθηκαν στο αρχείο του αγιογράφου Ανέστη Γιαννούλη από το Ασηµοχώρι Ιωαννίνων. Ο πατέρας του, Παύλος Γιαννούλης, µαθήτευσε σε χιονιαδίτες ζωγράφους και συγκεκριµένα στους αδελφούς Χριστόδουλο και Θωµά Μαρινά. Ο Ανέστης Γιαννούλης χαρακτήριζε τα σχέδια του εργαστηρίου των Μαρινάδων «πλούτο γνώσεων» και «επιγραφοσυνταγές».

Ο πρώτος γνωστός χιονιαδίτης ζωγράφος είναι ο Κώνστας– ο οποίος ταυτίζεται πιθανότατα µε τον Κώνστα Θεοδόση. Το πρώτο ενυπόγραφο έργο του είναι η εικόνα του Αγίου Γεωργίου στο τέµπλο του ναού της Κοιµήσεως της Θεοτόκου στη Βούραµπιανη, κοντά στους Χιονιάδες, και χρονολογείται το 1747.

Οι χιονιαδίτες ζωγράφοι ασκούσαν οικογενειακά την τέχνη τους και κληρονοµούσαν τα σχέδια των προγόνων τους, που λειτουργούσαν ως πατρόν, καθοδηγώντας το χέρι του καλλιτέχνη.Ο χιονιαδίτης ζωγράφος Ζήκος ήταν ο πρώτος που απεικόνισε τον νεοµάρτυρα Γεώργιο εξ Ιωαννίνων, δεκατρείς µέρες µετά τον θάνατό του το 1838.

art in a Railway

IDEA Studio is a research program for designers, pursiung innovative projects that push design technology to its limits. Its residents have access to latest technology and coaching from Autodesk’s experts who can help them apply the latest technology to accelerate their projects. Shajay Bhooshan, lead researcher at Zaha Hadid Architects, used Autodesk Maya and Autodesk Algor Simulation software to create operative pathways from physically-based simulation designs to structurally sound architectural models. Bhooshan created a plug-in for Maya to visualize stresses in real-time, enabling him to integrate structural feedback into the form-finding process with minimal disruption to the creative experience. To test out the workflow, Bhooshan and his colleague, John Klein, created a case study design of a train station. Using 3D printers in the Autodesk Gallery, Bhooshan and Klein printed the 18 components of the train station design, which fit together to create one fluid form.

The Bangalore Railway design explores operative pathways from physically based simulation design to structurally sound architectural models utilizing specific software and computational techniques. Inspired by analogue architectural design methods that were established in the 19th century by architects like Antonio Gaudi the design creates a digital method to unite playful architectural form-finding with qualitative structural analysis in the early stages of the design process.

 

a Modular, a Parametric

The design for a modular, deployable, and adaptable bridge using parametric strategies and digital fabrication methods was developed by studio BÄNG. The design was conceived using the following rules:  Four data points were established at the beginning, middle, and the end of the bridge. These 12 parametrized points give the opportunity to steer the crosssection of the bridge at three important areas. Based on these points the defi nition creates three frames one for each end of the bridge and one in the middle.

All frames get connected and the resulting four-point polylines triangulated to get the base of the load bearing framework for each side of the bridge. The triangles get offsetted according to the sun and then moved in direction of their normals. By lofting the two resulting curves a rigid and complex looking shape occurs.

The most important benefit of parametric design and digital fabrication is the optimization of the whole design process. Modularity, the optimization of the construction time as well as saving material were the main goals.

All angles in the construction are measured to give them to the electronic press brake. After getting the laser cutted and electronical press braked elements from the factory the only thing the construction workers have to do by hand is to close the 16 elements by screws. After closing the elements the modules are ready to be transported up to the site where the bridge shall be situated. Two workers are able to connect the parts with screws in less than 2 days.

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