Façade Border
#facade hex color red value is 250, green value is 202 and the blue value of its RGB is 222. Cylindrical-coordinate representations (also known as HSL) of color #facade hue: 0.93, saturation: 0.83 and the lightness value of facade is 0.89. The process color (four color CMYK) of #facade color hex is 0.00, 0.19, 0.11, 0.02.
Prefabrication and new thermally-broken barriers are enabling curtain-wall systems that minimize heat transfer and minimize on-site construction time.YUW 750 TU Thermally Broken Unitized Curtain WallYKK AP improved the existing YUW 750 curtain wall system with a new advanced thermal barrier that minimizes heat transfer. The unitized system is glazed and assembled in a quality-controlled environment and then shipped on site for speedy construction.2500 UT UnitwallKawneer’s glass system is ideal for high- to mid-rise applications. The glass unitized curtain wall comprises a four-sided barrier block system designed for thermal performance.CW-250 Curtain WallTo accommodate insulated and monolithic glass, this glass structural system is offered in several back-member framing sizes. Flexible enough to actualize the most inventive facades, the system integrates doors, projected windows, louvers, and metal panel options.PDR-225This window wall is shop-assembled and sealed with a 3/8' polyurethane break to provide optimal thermal performance. It can be glazed for interior and exterior applications alike.PlanarPlanar delivers maximum clarity to optimize the amount of light that enters the building envelope. Meanwhile, the entire system incorporates Pilkington’s various glass products to achieve thermal performance, solar control, and pristine views.CW-7000This unitized curtain wall system is designed to withstand a high-grade hurricane. The pre-glazed and preassembled glass unit system is available in large, trapezoidal, and inclined modules to realize the most imaginative facade designs.
Meanwhile, the integrated vents offer nearly zero sightline interruptions. Brought to you with support fromThe district of Pudong in has exploded over the last two decades with approximately 10 percent annual population growth, while the city’s skyline has soared eastward to the East China Sea., a -based firm founded by Francisco Gonzalez-Pulido, has imprinted its distinctive style in the district with the Land Rover tower-and-retail complex featuring a ceramic fritted glass facade.The complex is spread over a 185,000-square-foot campus, with the two 21-story towers located on the northeastern and southwestern corners. FacadeManufacturer Yuanda. Architects FGP Atelier. FacadeInstaller Yuanda. FacadeConsultants Schmidlin. Location Shanghai, China.
Date ofCompletion 2018. System Unitized glass curtain wall. Products Custom fritted glassThe pattern, which extends from the towers to the two-story retail spaces ringing the development, is both practical and symbolic. Covering up to 35 percent of the facades, the ceramic pattern is a sun filter that also conceals interior support columns and other infrastructural details. Symbolically, the diaphanous pattern evokes the dense foliage of China’s bamboo forests.“The organic feel that results balances the regularity of the plan and allows the building to change as light hits the various surfaces in different manners,” said Gonzalez-Pulido. “This transformation is particularly present as the sun sets and the building glows from within.”Produced by Chinese-manufacturer Yuanda, the custom consists of a triple layer laminated design, with the ceramic pattern in the third layer.
Because making every 5-by-15-foot facade panel unique would be too expensive, FGP Atelier arranged 52 patterns with a tool that mirrored and rotated different panels into a rationalized layout.While the overall approach remained consistent throughout the design process, shifting government mandates forced the design team to regularly go back to the drawing board. Originally, FGP Atelier wanted facade panels to be over 50 percent covered by the ceramic frit. However, governmental concerns regarding the quality of Chinese ceramics dictated that at most only half of each panel could be covered. The design team addressed this challenge by hollowing larger ceramic components while maintaining the original pattern.As the project moved forward, another spanner was thrown into the works by the local regulatory body. Because of concerns regarding the reflectivity of the glass curtain wall, Shanghai's building department dictated that FGP Atelier incorporate stainless steel fins—a reflective material—to dampen the iridescence of the curtain wall. To reduce the obtrusiveness of this element from the otherwise smooth facade, the design team opted for black-coated stainless steel, which effectively mirrors the pattern of the ceramic frit. FacadeManufacturer Guardian Glass, Interpane Glass, Coil (aluminum mullions), Bison (wood decking).
Architects KPMB Architects. FacadeInstaller Ventana Design-Build Systems, Power Construction. FacadeConsultants Thornton Tomasetti. Location Evanston, Illinois. Date ofCompletion 2017.
System A concrete system with glass curtain wall panels. Products Guardian Glass SNR-43, Interpane Glass 46/31According to Senior Associate Kevin Thomas, the first inspiration for the building’s six-story curvilinear form is the rolling movement stemming from the adjacent.
The nearby shoreline stabilization system, composed of boulders and precast concrete, has been consistently smoothed over by wave patterns. For KPMB, “the use of glass helps break down the mass of the large structure while maximizing visual connections to the adjacent lake and Chicago skyline.'
The 160,000 square-foot curtain wall is designed with horizontal and vertical anodized aluminum mullions, and a reflective glass coating. While sections of the facade are curved, the design team worked closely with the manufacturer to incorporate narrow curtain wall modules and vertical glass fins at every frame to blur hard edges.
Each triple-glazed glass panel is tied to the structural frame with modified steel angles painted to match the curtain wall and aluminum anchor hooks. The result is a sweeping surface that simultaneously reflects other wings of the building and the ever-changing environmental conditions.Although glass panels of various sizes are the primary material element, KPMB Architects added certain details to diversify the dominating blue-green color palette. The elevations are unified by reddish-brown Brazilian that crest and wrap around the building. Brazilian walnut, a hardwood, was chosen for its durability and minimal maintenance.The Global Hub’s layout consists of four wings, perceived by the design team as independent buildings, rotating around a centrally placed atrium.
Swooping white balconies, interconnected by pale-yellow wood bridges and an expansive two-story stairwell, are the main conduits of interior circulation. The glass curtain wall and a band of rooftop clerestories, clad with high-performance translucent glazing, flood the interior with natural light without significantly producing thermal heat.The project, part of KPMB Architects' long-running collaboration with, was designed with a number of features to boost environmental performance. These measures include a embedded beneath an adjacent football field, a ventilation system that circulates fresh air, and an automated shading system. In 2018, the Global Hub received certification.
Has designed a master plan for downtown, which involves new mixed-use developments across a 22-acre area. The complex, comprising two new buildinds, is the first outcome of this planning effort. The project, led by SOM in collaboration with, and, is part of the largest public-private development on the West Coast, attracting attention and visits from municipalities across the country. The project team was able to reduce risk to the public side through a public-private partnership with a facilities operation maintenance (P3FOM) delivery method. Based studio designed the new 109,000-square-foot interdisciplinary Nano-Bio-Energy Technologies Building at Carnegie Mellon University with a glass facade that plays with form, texture, and color.
The skin that lines the north wing of the Sherman and Joyce Bowie Scott Hall features a range of vibrant materials: dichroic glass, clear and frosted glass layers, and a micro-thin layer of metal oxide created by a process that echoes the nanotechnology work taking place in the facility. “It all has to do with photons, which is essentially light. We wanted to give the building a timeless quality in terms of the custom nanotechnology-inspired frit motif juxtaposed by the dichroic glass,” said Michelle LaFoe, principal of OFFICE 52.In effect, Scott Hall’s curtain wall creates spaces that glow with light that has passed through the glass layers and has diffused into a plethora of colors—from warm amber to cool grape to saturated cyan, depending on the wavelength of the light beam. Lending the building an aura of luminance, a rainbow of color changes transpires throughout the day according to the angle the sun moves through the glass.
These qualities are created by Schott AG fins—vertical in Narima Orange and horizontal in Narima Blue Gold. Both are laminated between Starphire low-iron glass using, a clever combination paired with a custom frit that allows birds (who naturally have a tetrachromatic visual system with a heightened color perception) to see the color in the dichroic glass. Together, the dichroic fin colors and the ceramic glass frit’s printed pattern with a custom subtle gray is what the birds see, ultimately functioning as a safety feature.The structure is one of the first research-grade clean facilities in the country to be certified LEED Gold, a feat that both partners attribute to the collaborating engineers and fabricators: “Innovation was most easily achieved when we worked together to fabricate custom fins.
Collaborating with the engineers and the dichroic glass manufacturer is an example of collaboration to get the best use of the best products,” said Isaac Campbell, principal at OFFICE 52.Design Architect: OFFICE 52 ArchitectureLocation: PittsburghArchitect of Record: StantecStructural/MEP: ArupLEED Consultant: evolveEACurtain Wall Glass Manufacturer: ViraconCurtain Wall: United Architectural MetalsDichroic glass fins: Schott AGFabricator: Triview GlassInstaller: D-M Products, Inc.Insulated glass units fabricator and manufacturer: Viracon. FacadeManufacturer Sioux City (brick), Sentry Steel, Inc. (prefinished metal cornice), Old Castle (glass curtain walls), Trulite Glass and Aluminum Systems (frameless glass wall), Hieb Concrete Products Inc. For over eight decades, SOM has been a leading voice in emphasizing structural poetics, or the integration of architectural and engineering efforts into built form. This mashup of rationalism and elegance was on full display at the 2017 Chicago Architecture Biennale, where they collaborated with Mana Contemporary to deliver a pop-up exhibition titled 'SOM: Engineering x Art + Architecture,' that ran from September 2017 through early January 2018 at the Ace Hotel.
The Persian Prince is back in this complete re-imagining of the series. As the Prince, you'll travel the world with a mysterious girl, Elika, at your side. As you explore the land, you'll have to collect hundreds of 'Light Seeds' in order to keep the evil god, Ahriman, at bay. Walkthrough Prince of Persia is a long adventure that takes you throughout the massive confines of the Sultan's palace. PoP is not broken into chapters or easily divisible sections within the game. Prince of persia walkthrough.
Among sketches, study models, and impressive structural mockup systems sat a lineup of more than 30 structural models at 1:500 scale, arranged by height. Architects Skidmore, Owings & Merrill. LocationHangzhou, China. Date of Completion2021 (projected). System unitized curtain wall. Productscustom unitized glass curtain wall with integrated metal clad shadow box and horizontal finsHangzhou Wangchao Center has seamlessly grown out of this impressive survey of work—a design that exists as proof-of-concept to SOM’s design approach.
Along with a robustly reinforced concrete core, the 54-story mixed use tower is defined by eight “mega-columns,” as defined by SOM, which weave back and forth as they track upwards. Secondary perimeter columns establish uniform bay spacing to the interior, connected diagonally to the primary corner columns with a Vierendeel transfer truss. Beyond creating an expressive formal shape, the structural configuration offers performance benefits such as wind load reduction and flexible column-free interior floor plates. The resulting unitized facade was carefully designed into a rationalized stepped surface to allow for flat planar glazing units. The canted curtain wall, which follows the tapered massing of the tower, is organized into floor-to ceiling units which slip past the finished floor level to create a sense of continuity from the interior.
A recessed shadow box and horizontal fin assembly further articulates a reveal gap between floor plates. This carefully developed building envelope detail offers a discrete path for the building to accommodate natural ventilation.
The ground floor building enclosure was engineered to accommodate 36-foot-tall glazing panels around the perimeter of the tower, dissolving the boundary between the surrounding cityscape, and highlighting a massive stone-clad core that blooms outward into the space of the lobby. The tower is currently under construction, with piles for the foundation system being driven into the ground. The project will be complete by 2021 just ahead of Hangzhou’s hosting of the 2022 Asian Games, a multi-sport event held every four years. Over sixty years ago the original Wilshire Grand Hotel opened as the Hotel Statler, thanks to the City of Los Angeles, which issued the largest single building permit in their history for the construction of the $15 million project. That landmark legacy continues today, as the new 1,100-foot-tall Wilshire Grand tower lays claim to being the tallest building in Los Angeles, the tallest building in California, and the tallest building west of the Mississippi River.
Medal of honor multiplayer. Medal of Honor: Heroes 2 is a First Person Shooter video game published by Electronic Arts released on November 13, 2007 for the PSP. File: MedalofHonorHeroes2USAPSP-pSyPSP.iso CRC-32: 51d20dbd. Medal of Honor Heroes 2 Review The solid single-player campaign is over in the blink of an eye, but a strong online component makes Medal of Honor Heroes 2 worth a look for anyone who enjoyed the. Download Medal of Honor Heroes 2 PSP PPSSPP. Medal of Honor Heroes 2 is a first-person shooter game for the PlayStation Portable. It is the 12th installment in the long-running Medal of Honor series of World War II games. Each version was built from the ground up for its respective system.
Facade Manufacturer StandardVision (facade lighting); C.R. Laurence (glass entrance systems supplier); Viracon (cladding); Schuff Steel (structural steel); Conco (concrete). Architects AC Martin. Facade InstallerTurner Construction (general contractor). Facade Consultants Benson Industries (facade consultant); Heitmann & Associates, Inc.
(facade consultant); Thornton Tomasetti (structural engineering); Brandow & Johnston (engineer of record); Glumac (MEP Engineer). Location Los Angeles, CA. Date of Completion2017. Systemcurtain wall, with integrated LED. Productscustom LEDThe tower formally breaks from a 1974 ordinance requiring towers to have flat roofs for helicopter rescue in the event of fire. A tapered form was permitted due to advances in fire safety and building technology, such as a reinforced concrete central core that exceeds the city’s current fire code.
The facade features a fully integrated, centrally controlled experiential LED lighting developed. The linear fixtures were custom made per floor, and installed throughout each of the tower's 73 floors.
One centrally controlled system ties the entire system together. This allows possibility for the facade for incorporate full motion video, artwork, accent lighting, and brand signage as desired. All linear accent lighting was integrated into the glazing panels, and the fixtures were pre-installed in the facade contractor’s shop prior to site delivery.
This unitized approach minimized staging time on-site and allowed for a smooth installation workflow. Joshua Van Blankenship, vice president of media platforms for StandardVision, said this was one of the biggest challenges of the project. Another technical challenge was to ensure lighting occurred seamlessly despite traveling over expansion joints in the facade and encountering over 200 parametrically controlled panel widths. “Resolving these two factors with Benson the facade contractor allowed us to save tens of thousands of man-hours in exterior installation, and focus our budget on providing the technology solution the architect wanted without a single SV change order,” he said. Penetrations through the building envelope were reduced to a singular point per floor level. A small kick plate access hatch offers accessibility from the interior.
This utility space houses LED drivers for the fixtures and wiring for the system. The detailing and design coordination of this moment in the facade went through rigorous proof of concept water-testing to ensure performance. Van Blankenship credits a close design-build relationship between documentation and fabrication teams at Benson and StandardVision for the success of the integrated lighting system. “Our designers in L.A. Were regularly working these shifted-hours to have time to overlap with Benson's Singapore team, and by the end of the process, we were incredibly efficient in defining how our respective scopes were going to relate.” he said. “Throughout this entire process AC Martin, Turner and Rosendin (the electrical contractors) were great partners in helping to make this hybrid system work.” Wilshire Grand’s lighting system highlights a robust curtainwall system that was optimized for California’s seismic loads and solar gain.
Thornton Tomasetti developed a parametric facade panelization model that consolidated and synchronized information in required for architectural documentation and specialty construction. Concurrently, developed energy models and shading studies throughout the design process to study building envelope performance. The models take into account shade from DTLA’s surrounding context cast onto the tower, proposing a series of varied fin depths along the south facade.
This level of study saved curtain wall material while maximizing the shading potential of the building envelope. California’s Title 24 energy code limits glazing to 40 percent window-to-wall ratio (WWR), but with these advanced parametric modeling and analysis tools, the design teams were able to demonstrate a larger WWR of 50 percent could still outperform California code baseline through careful specification of glazing material, insulation values, and shading schemes. Brought to you with support from<a href='target='blank'><img src='border='0' width='234' height='60'></a>Celebrated as one of a handful of single-block streets in, Renwick Street was once known as an historic printing district and creative area that championed both artistry and industry. Brought to you with support from<a href='target='blank'><img src='border='0' width='234' height='60'></a>The School of Freshwater Sciences is the first of its kind in the country, supporting a regional initiative to establish Milwaukee as a global hub for water-related research and technology. Located in the city's Harbor District, the project is an anchor for the re-utilization of industrial brownfield sites. Designed by Bohlin Cywinski Jackson and Milwaukee-based architecture firm Continuum, the project is a long, linear addition to an existing building that was once used as a ceramics factory. The facility accommodates a dock for research vessels that have direct access to Lake Michigan.Natalie Gentile, associate principal at Bohlin Cywinski Jackson, said the design concept was about discovering a facade solution inspired by the visual qualities of water.
She said flying into Milwaukee over Lake Michigan gives a unique vantage point of the water, and provided a departure point for the school's facade concept: “We loved the way the water responds to different daylight conditions, and we were hoping to capture some of that in the building elevation.' The building integrates custom TAKTL panels with a Kawneer curtain wall into a thoughtful composition of horizontal and vertical regulating lines. The majority of the exterior shell is flat, but the project team was able to produce depth and curvilinearity through subtle two-dimensionally profiled shapes. Curves were rarely—but impactfully—incorporated into the facade. Custom-profiled louvers cast undulating shadow lines over the building, while a parapet wall camouflages the reading of the facade as a flat surface. Facade ManufacturerTAKTL (UHPC); Kawneer (curtain wall); Goldray Industries (glazing). ArchitectsBohlin Cywinski Jackson (Design Architect); Continuum Architects + Planners, S.C.
(Architect of Record). Facade InstallerJP Cullen. Facade Consultantsn/a. LocationMilwaukee, WI.
Date of Completion2014. Systemrainscreen, curtain wall. ProductsTAKTL panels in Kalahari finish; Centria panels; Kawneer 451T curtain wallThe primary section of the facade is flanked by a set of gently curved bays and an elliptical stairwell inspired by boat hull geometry.
The curtain wall incorporates extended mullion cap extrusions of varying length, evoking verticality of dripping rain, and cantilevered panels that give the facade a sense of movement akin to the flow of water.The curtain wall system picks up the geometry established by ribbon windows on the central portion of the facade. The compositional logic of the resulting grid is a response to a state of Wisconsin requirement that limits view glass percentage on facades dependent on solar orientation—in this case, the south-facing building was allowed to be composed of 30 percent openings along its primary facade. A set of ribbon windows set to this target established a grid with spandrel glass and rainscreen panels infilling opaque areas.
The project team conducted numerous color studies looking at how to add dimension to the flat facade.