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Architect: Johann Mützel

Built: 1713

Architect: Praves Limparasangsri in association with Sidney Kaye Firmin Partnership. Formal Buddhist temple according to Thai tradition. Only Thai temple ever built in Europe. Within about 4 acres of peaceful gardens, including water features and ornamental bridges. View from east. London Borough of Merton.

 

Image: Copyright ©2010 George Rex Photography. All Rights Reserved.

Architect: Isaac Gosschalk, 1896

Architectes: Roger Anger [1923-2008], Mario Heymann [1930-2007] et Pierre Puccinelli [1929-1999], (Agence Anger-Heymann-Puccinelli)

Chamonix 45N2

Kodak Tmax 100 BW negative film

Self-process 510 Pyro 1+100

Architect: Richard Morris Hunt

Completed in 1886

The design of the mausoleum was inspired by the 12th Century Romanesque Saint Gilles du Gard Abbey near Arles, France

 

The private Vanderbilt Cemetery, inside the Moravian Cemetery on Staten Island, is normally not open to the public but the Municipal Arts Society provided access on a Janes Walk led by Frank Prial, Jr of Beyer Binder Bell Architects

  

Architect: Santiago Calatrava

Cost: $4.5 billion

 

When fully completed, the Hub will connect 11 different subway lines, serve 200,000 commuters daily and will be almost as big as Grand Central Station.

Architects: Januário Godinho ,João Andresen

Year: 1970

 

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October is a great time for spiders.

compare flickrcomments.wordpress.com/2011/04/15/weekly-photo-chal...

...looks something like a glass spiderweb (comment by Mrs. Terry)

Architect: KLEIHUES, town: Muenster, Germany, roof-window (rotunde) in a shopping mall

see ALL SIZES: 1806x1806 or: www.kleihues.com/en/ - photo shot by Barbara

 

Underground parking Lammermarkt, Leiden, The Netherlands.

 

Design (2014): JHK Architects.

Bauhaus Dessau, Germany - architect Walter Gropius, 1925-'26

"The basic structure of the Bauhaus consists of a clear and carefully thought-out system of connecting wings, which correspond to the internal operating system of the school. The technical construction of the building... is demonstrated by the latest technological development of the time: a skeleton of reinforced concrete with brickwork, mushroom-shaped ceilings on the lower level, and roofs covered with asphalt tile that can be walked upon. The construction area consisted of 32,450 cubic meters and the total cost amounted to 902,500 marks. Such an economical achievement was possible only due to the assistance of the Bauhaus teachers and students, which at the same time, of course, could be viewed as an ideal means of education." - from Udo Kultermann. Architecture in the 20th Century.

 

Park Güell (in Catalan Parc Güell and Park Güell in its original denomination) is a 17.18 hectare public park with gardens and architectural elements located in the upper part of the city of Barcelona, ​​on the southern slope of Mount Carmel. Conceived as an urban complex, it was designed by the architect Antoni Gaudí, the greatest exponent of Catalan modernism, borne by the impresario Eusebi Güell and inaugurated as a public park in 1926.

 

Architect: Ernst Otto Oßwald

Built: 1927/1928

Barré-Lambot Architectes

Taken using my phone for Cell Phone Photo class. This is my neighbor's garden statue of an ancient architect. I thought he would look better on an Italian hillside and came up with this composite.

 

In Explore Mar 24, 2024 #339

Architect:

Herzog and de Meuron

The article below originated from:

Traditional Building Magazine

Updated: Jan 6, 2020

Original: Feb 2, 2016

 

Originally built in 1916, the Palm Beach courthouse was a tour de force of Neoclassical architecture. The architect Wilber Burt Talley designed a granite base, brick and stone façades, soaring Indiana limestone columns and Corinthian capitals that held up triangle pediments, and a dentil molding below the cornice. The four-story, 40,000-sq.ft. the building housed the county government offices and records, as well as the jail.

 

Almost immediately the courthouse ran out of space, and 11 years later an addition was constructed 25 feet to the east. Talley again served as the courthouse architect, and the 1927 addition was similar in appearance and used many of the same materials as the original building. In 1955, the two buildings were connected with usable rooms to accommodate the growing county.

 

Yet another addition was required in the late ’60s; it was completed in 1969. The architecture firm Edge & Powell delivered a brick building that nearly doubled the square footage to 180,000 sq. ft. This time, the addition was less than sympathetic. In fact, the 1916 and 1927 buildings were lost in the center of the new construction, which wrapped around them completely.

 

The building was utilized for 36 years in this configuration, until 1995, when a new courthouse opened across the street. Expansions had plagued the 1916 courthouse almost as soon as it was built, and this was no exception. “After the new courthouse opened, the old one was slated for demolition,” says Rick Gonzales, Jr., AIA, CEO and principal at REG Architects. “Since I knew about the 1916 courthouse, I recognized the potential of the site and got in touch with preservation specialists in the area. It took some time, but a group of us eventually convinced the county to fund a feasibility study, which we conducted in 2002.”

 

Gonzales talks about stimulating interest in the project: “We would go to the new courthouse to sell our idea and walk people up to the windows to look at the old site,” he says.

 

“‘Believe it or not, there’s a building inside that building,’ I’d say. That really piqued people’s interest.”

 

The county agreed to fund the project, and demolition of the additions began in January 2004 and was completed two years later. “It took a long time because it was a selective demolition,” says Gonzales. “We needed to be careful to salvage many of the materials from the 1927 building to use in the restoration of the 1916 structure. It resembled the original, so we took everything we could for reuse.” A number of materials were recovered, including limestone, granite, wood windows, doors, marble wainscot, mosaic floor tiles, wood flooring, trim, and hardware.

 

While a majority of the materials were the same from building to building, the detailing was not identical. “We were working from the drawings of the 1927 building because we couldn’t find drawings for the earlier structure,” says Gonzales. “We had thought the detailing was the same, but when we put our studies together we saw that the rhythm, proportion, and cornices were different.”

 

When REG Architects couldn’t apply the 1927 documentation to the restoration, the firm examined what was remaining of the building and the few images that had survived. “For a while, we had no cornice pieces, because all of the exterior ornamentations had been destroyed when the façades were smoothed for the addition,” says Gonzales. “Then a contractor found a 16-in. piece, which we used to re-create the cornice line.”

 

Other elements that needed to be re-created, such as the granite and limestone porticos on the north, south, and west façades, were designed using historic photographs. “We found limestone with the same vein from the same Indiana quarry that was originally used,” says Gonzales. “We were extremely lucky in that the quarry ran out of that vein right after our order.” REG Architects was also able to match the granite.

 

Many components of the building were salvaged and restored. The cornerstones were restored and placed in their original locations at the northwest corner. The 12 Corinthian capitals and the load-bearing limestone columns – each of which weighs 30,600 lbs. – were pieced back together and repaired. “Placement of the capitals was especially tedious,” says Gonzales, “because it needed to be precise. They were then secured with pegs and glue.”

 

On the north, south, and west elevations, the brick was restored and, when necessary, replaced. “We couldn’t locate replacement brick with the same hues as the existing brick hues,” says Gonzales, “so we hired artists to stain it so that it blended with the original brick.” On the east elevation, REG Architects specified new brick so the new façade clearly stood out from the old ones.

 

To the same point, new hurricane-proof wood windows were chosen for the east elevation, while REG Architects was careful to preserve as many old windows as possible on the other elevations. Hedrick Brothers repaired 76 original wood windows as well as the window hardware. “We found a local manufacturer, Coastal Millwork of Riviera Beach, FL, to get the original windows tested for hurricane-preparedness,” says Gonzales. “The company reinforced and laminated the windows, so we were able to reinstall them.”

 

The crowning achievement of the exterior work was the re-creation of an eagle crest on the west pediment.

Based on a small postcard and images of other eagle crests, Ontario, Canada-based Traditional Cut Stone designed the crest for Palm Beach. “They created a small scale model and then a full-scale model in clay,” says Gonzales. “The final piece, which took five months to produce, was hand-carved from five pieces of Indiana limestone.” Traditional Cut Stone was also responsible for all of the limestone work on the building. REG Architects based much of its interior design on the Desoto County Courthouse in Arcadia, FL, which was built by Talley in 1913.

 

“The dilemma about the interiors was that there was little archival material and few original photographs to give a precise vision for the interiors,” says Gonzales. “Emphasis was placed on trying to restore the character of the main courtroom and the main interior public spaces.” The main courtroom on the third and fourth floors was especially aided by the Desoto research. The millwork was re-created and the plaster ceiling and moldings, maple flooring, doors, and door hardware were restored. Replica lighting was fabricated.

 

Architectural elements in the corridors and staircases received similar treatment. Hendrick Brothers uncovered the original mosaic flooring and had it repaired. Only five percent of the tile needed to be replaced; in these cases, matching tile from the 1927 building was used. About 80 percent of the marble wainscoting was salvaged, while the other 20 percent was replaced with matching marble from the original quarry. Wood doors and door hardware were salvaged and reused.

 

All of the building code upgrades – including efficient HVAC, fire protection, and hurricane protection – were hidden as much as possible with historic finishes. The alley elevation provided an ADA-accessible entrance and space for elevators.

 

The newly restored Palm Beach County Court House now accommodates a museum for the historical society, as well as offices for the County’s Public Affairs Department and County Attorney. “People say this project was an alignment of the stars,” says Gonzales. “It was. We were lucky to have the opportunity to save this building, we worked with a lot of great people, and it turned out well. It was a great labor of love.” TB

 

Credit for the data above is given to the following websites:

www.traditionalbuilding.com/projects/courthouse-unwrapped

downtownwpb.com/things-to-do/history-museum-and-restored-...

www.hmdb.org/m.asp?m=96755

en.wikipedia.org/wiki/Richard_and_Pat_Johnson_Palm_Beach_...

 

© All Rights Reserved - you may not use this image in any form without my prior permission.

Henry M. Flagler's Florida East Coast Railroad Line reached Palm Beach in 1894. The Seaboard Airline Railroad Line laid tracks to Palm Beach as late as 1921-1924. It was after 1921 that the Seaboard Airline tracks reached West Palm Beach. Reference to the Seaboard Airline Railroad Station appears in a book printed in 1926.

 

S. Davis Warfield was president of Seaboard Air Line and in 1924 Warfield built a cross-state line that serviced West Palm Beach and Miami and Homestead in 1926, making a direct rail connection from one coast to the other, across the state. In 1938 the Atlantic Coast Line and the Seaboard Airline Railroad Line formed a network over Florida. Trains were air-conditioned and streamlined, and power was generated by Diesel-electric locomotives.

 

Stockholders in the railroad were important Palm Beach residents, and this station combined their taste in architecture, and their desire for service and convenience, for the community related to their vacation and retirement residences.

 

L. Phillips Clarke, who designed all of the Seaboard Railroad stations, built his first station at Auburndale. The West Palm Beach station appeared in 1924-1925.

 

The north-south dimension, paralleling the tracks, is approximately 178 feet. It is 43 feet deep, not including (at the sides) a 13-foot platform on the west. The building is mainly one story high, with a single office on a two-story level near the center and a three-stage tower on the south corner of the east or entrance facade on Tamarind Avenue.

 

The plan is rectangular, divided essentially in half, with express room and baggage room to the left or south, and behind the loggia the two waiting rooms, now one, separated on the east by restrooms and on the west by the ticket office. The loggia surrounds most of the front and ends, and the shed—roofed passenger platform on the rear or trackside.

 

The City of West Palm Beach, following a purchase of the building in 1988, tapped local architecture firm Oliver Glidden & Partners to head a $4.3 million restoration of the structure. The project was completed and the station rededicated in a ceremony attended by the Florida Governor in April 1991. Architect Robert D. Brown directed the restoration of ornamental cast stone elements, exterior masonry, doors, windows, and iron and tile work. The red clay tile roof was replaced, as were the electrical, lighting, plumbing and heating, ventilation, and air conditioning systems. Abatement of lead and asbestos was further required to bring the historic structure up to modern building code standards. The restoration effort earned the Florida Trust Award for Historic Preservation in 1994.

 

In summer 2012, the city finished an improvement project that included the installation of new sidewalks and more than five dozen trees around the building. The improvements were funded with a $750,000 Transportation Enhancement grant from the Federal Highway Administration, to which the city provided a $150,000 local match.

 

The station has two side platforms, with access to the station on both sides. West of the southbound platform is a long loop of bus bays serving Palm Tran routes. East of the northbound platform is the station house, a small parking lot, and bus stops for Greyhound Lines buses and Tri-Rail shuttles.

 

Credit for the data above is given to the following websites:

en.wikipedia.org/wiki/West_Palm_Beach_Seaboard_Coastline_...

historic-structures.com/fl/west_palm_beach/seaboard_railr....

 

© All Rights Reserved - you may not use this image in any form without my prior permission.

  

555 W. Monroe Street - Chicago, IL

Architect: Skidmore, Owings & Merrill LLP

Green Roof: 7,970 s.f.

Ultimate Assembly: 9,100 s.f.

Year: 2001

Never Say Die Tour, Nov 2008 - Forum, London

The architect at work

(Caffarella - Rome)

Never Say Die Tour, Nov 2008 - Forum, London

Culture and Congress Centre – CKK Jordanki, Torún, Poland

The architecture firm Menis Arquitectos led by spanish architect Fernando Menis has designed the Culture and Congress Centre – CKK Jordanki a contemporary concert hall in Torún, Poland.

CKK Jordanki is located within a green ring around the historic city centre, overlooking the Vistula River. Therefore, special care was took in designing the orientation and height of the volumes so that the presence of the new building establishes a harmonious relationship with the natural and built environment. Thus the building occupies half of the plot, the other half being dedicated to park and the height is kept as low as possible, to avoid blocking the view over the river. The visual effect achieved is that of a natural object, a rock embedded in a gently sloping meadow.

On the other hand, the materiality refers Torun’s Gothic legacy, an UNESCO protected city, in which almost all the façades of the old town boast of red brick. CKK Jordanki’s outside is made of white concrete in contrast to the cuts in the skin that give a glimpse of the red inner lining, made of crushed brick. The use of brick in Jordanki CKK is a contemporary reinterpretation of the traditional brick, is a reference to Torun’s façades, and ultimately to its cultural heritage.

The program is characterized by a great flexibility at such extent that a building, which according to the client’s brief, was meant to be only a concerts hall, ended up being a space for all kinds of concerts and events, within the same initial budget. First of all, the theatre space is able to adapt easily to different capacities. For instance you may join two rooms to act as the main theatre by moving the walls and changing the number of the easily removable seats. It is possible to hold several separate and simultaneous events. Secondly, thanks to its dynamic ceiling, the building can be tuned to effectively absorb symphonic performances, chamber, theatre, opera, and film and meet any acoustic requirements the theatre designer requires. Finally, the concert hall can open to the outside, allowing to join the interior stage with the park outside for outdoor performances.

Picado, used in the entire building, is a mix of concrete and other materials. At CKK Jordanki, it was mixed either with reclaimed red bricks from a local factory (Ceramsus) for the sound reflection effect; either with a volcanic reddish stone from China, for its sound absorption effect. The picado is an innovative technique, conceived by Fernando Menis, consisting of mixing concrete with other materials and break it afterwards. Besides achieving a rough expression, the picado allows excellent acoustics results. The first time Menis used it, was for Magma Art & Congress (Tenerife, Canary Islands, 2005), by mixing concrete with local volcanic stones. For the CKK Jordanki, the technique has been researched further, tested and certified by the Spanish and the Polish Building Research Institute -ITB, respectively. The red brick is present almost on all the façades of the city and its use in CKK Jordanki is Menis’s contemporary reinterpretation of this traditional material while a clear reference to the town’s cultural heritage.

The definition of the auditorium space and of its shapes was made through an interactive process, always in relation to acoustics, until reaching the final shape. The plastic properties of concrete allows its use in concert halls in many different ways because it allows you to control the geometry (liquid stone) and adapt its shape to the formwork so that you can control the first sound reflections the listener received. In addition, the surface treatment of the crushed brick and concrete mix, allowed us a kind of diffusion, very difficult to achieve with other materials.

The moving parts of the auditorium have an area ranging from 80 to 140 m², having a weight that varies according to the piece, from 11 to 20 Tn. Each of the pieces can move independently from 3 to 5 m in height, allowing adjustment of the geometry and volume of the hall, depending on the needs of each moment, transforming a volume of 8,200 m3 with a time reverberation of 1.85 seconds, into a volume of 6,800 m3, with a reverberation time reduced down to 1.35 seconds. By adding additional absorption you could reach a reverberation time of 1.2 seconds, which covers the entire range of possible activities: 1.85 seconds for symphonic music, 1.6 seconds for opera and 1.2 seconds for theatre.

 

Architect: Santiago Calatrava

Built 2016

Completed 2011

Architect: Henning Larsen Architects (Denmark) in cooperation with Batteríið Architects (Iceland)

 

en.harpa.is/harpa/the-design/

 

Danish architectural firm Henning Larsen Architects and the Icelandic architectural firm Batteríið Architects.

Architect: Bastmann + Zavracky Architekten

Built: 2013-2015

L’Hôtel Deprez-Van De Velde in Brussels. Architect Victor Horta, 1896.

The Riverplace Tower is a 28-floor office building on the south bank of the St. Johns River in Jacksonville, Florida. At the time of its construction, it was the tallest building in the state of Florida and was the defining landmark in Jacksonville's skyline. On April 18, 2012, the American Institute of Architects's Florida Chapter placed the building on its list of Florida Architecture: 100 Years. 100 Places as the Riverplace Tower / Formerly Gulf Life Tower.

 

The Auchter Company, Jacksonville's oldest general construction contractor, built the 542,000 square foot Gulf Life Tower for the Gulf Life Insurance Company in 1966. It was designed by the notable architect, Welton Becket and KBJ Architects. When completed in 1967, it was the tallest precast, post-tensioned concrete structure in the world.

 

It remained Florida's tallest for five years until Miami's One Biscayne Tower was constructed in 1972. It was Jacksonville's tallest for eight years until the Independent Life Building (now the Wells Fargo Center) was built in 1974. In 2007, 40 years after its construction, Riverplace Tower was still the fifth tallest building in Jacksonville.

 

Gulf Life Insurance Company was merged into American General Life of Houston in 1991 and the Jacksonville Gulf Life Tower was unneeded and destined to be sold. American General wanted $30 million, but the building was 24 years old and no longer a class "A" property. Several prospective buyers looked at the building, but the property stayed on the market for more than two years. For tax reasons, American General was desperate to sell during 1993 and accepted a cash offer from Gate Petroleum for substantially less than their asking price. Shortly thereafter, Gate began a multimillion-dollar renovation of the entire building and renamed it Riverplace Tower.

 

Building occupancy was 40% when the sale closed; within two years from the completion of the renovation, it had soared to nearly 95% and the building was restored to its former prominence.

 

The banner sign at the top of the building originally displayed "Gulf Life" in 1967. After Gulf Life was acquired by American General in 1991, it was changed to "SouthTrust", and the structure was known as the SouthTrust Building. When SouthTrust and Wachovia merged in 2005, "Wachovia" signage was installed, but it was removed January 22, 2011.

 

Since 1968 until its closure in 2016, the University Club of Jacksonville occupied the building's top floor. There were approximately 1,300 members: business executives of both genders; older, long-term associates; and young professionals. The private club was available to members and their guests, or ClubCorp affiliates. The facility was a hub for networking and entertaining clients, as well as providing conference rooms and offices for conducting business in private. The club also offered two full service athletic facilities; one co-ed and one for men only.

 

The structural system consists of precast concrete floorplates and a poured concrete core. The concrete grid on the outside of the building is the only support needed to hold up the structure, leaving the interior completely available for use. Each of the exposed beams consist of fourteen precast units held together with high strength post-tensioned steel cables. The beams cantilever 42 feet from the columns as they taper upward and inward. The color of the concrete façade comes from White quartz sand and white cement bonded to the surface.

 

The Gate River Run Hall of Fame was established in 2002 and is permanently located on the concourse level. Memorabilia from the event, which began in 1978, is on display, and a five-minute video gives visitors an overview of the race. Plaques for each of the 12 persons inducted into the HOF are on display.

 

The Village Bread Cafe is a public restaurant located on the second floor of the tower, and it offers an excellent view of the river and northbank through its glass, north-facing wall.

 

Credit for the data above is given to the following websites:

en.wikipedia.org/wiki/Riverplace_Tower

www.emporis.com/buildings/118934/riverplace-tower-jackson...

 

© All Rights Reserved - you may not use this image in any form without my prior permission.

   

An astronomical museum and observatory designed by Takasaki Architects, 1995. Kanoya, Japan.

www.facebook.com/stepegphotography

 

Kundig + Olsen Architects

 

(not my PHOTO - only here for Educational Purposes and to highlight these great Architects work!- although- I did edit, this image to bring out some details.)

Architectes:

Jean-Jacques Binoux [1925-2002] -

Michel Folliasson [1925-2011] -

Henri Kandjian [1942-]

By architect Sergio Graziosi, 1984-1988. Paderno Dugnano, Italy.

Photo: Stefano Perego.

The Hialeah Seaboard Air Line Railway Station is a historic Seaboard Air Line Railroad depot in Hialeah, Florida. It is located at 1200 Southeast 10th Court.

 

Built in 1926, the station is essentially identical to the Naples Seaboard station on the southwest coast of Florida. Architects Harvey and Clarke, who also designed many other Seaboard Air Line stations of the period, designed the Mediterranean Revival station. It was served by, among other Seaboard trains, the Orange Blossom Special until 1953, and the Silver Meteor beginning in 1939. Passenger service to the station ended in 1972. On July 14, 1995, the station was added to the U.S. National Register of Historic Places.

 

In 1989, the South Florida Regional Transportation Authority began a Tri-Rail commuter rail service to the station, adding a bus shelter-style structure immediately to the south, which it calls the Hialeah Market station.

 

As of April 2021, the station is closed to the general public.

 

Credit for the data above is given to the following websites:

web.archive.org/web/20070930203031/http://www.flheritage....

en.wikipedia.org/wiki/Hialeah_station_(Seaboard_Air_Line_Railway)

 

© All Rights Reserved - you may not use this image in any form without my prior permission.

  

Canon EOS5, EF70-200, Ektachrome 100

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