RFENJ9MA–Construction job site prestressed concrete beams building materials
RFDHJ6C4–Sky full of Prestressed concrete beams
RF2RH911G–Building foundation made of prestressed concrete beams
RFPAK2JJ–The Dornoch Firth Bridge, carrying the A9 trunk road from Inverness to Wick over the Dornoch Firth, Scotland, UK.
RF2NH2Y3Y–Building foundation made of prestressed concrete beams in the winter
RMB5YJ3C–Bridge/overpass skeleton leading upward..
RF2T7B5RW–Building foundation made of prestressed concrete beams
RF2M07JCN–concrete beams of the bridge. geometric texture.
RF2T3W863–Building foundation made of prestressed concrete beams
RMB642PM–Prestressed concrete beams are made and stacked in Grand Forks, North Dakota, USA.
RF2WCGWPW–Building foundation made of prestressed concrete beams
RFBMMA1F–Pile of prefabricated concrete construction elements
RMAY029G–concrete prestressed road bridge over the river wey weymouth dorset england uk gb
RMB1BTGF–Precast prestressed highway bridge girders at production facility in Central Florida USA
RF2BND63H–Valgerola - Valtellina (IT) - Panoramic aerial view of the cable-stayed bridge under construction - 2017
RF2RK65RA–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RMAM5AEC–Road bridge being built over over the Leeds-Liverpool Canal, Bingley, West Yorkshire, England, UK.
RMAWTHPA–
RM2G3FK1X–Ruysdaelzaal on the 1st floor where breakthrough is made to the eastern courtyard; Renovation of the eastern courtyard, sixties. The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. All passages to the courtyard came ready in 1965. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried
RFENJ9NA–Construction job site prestressed concrete beams building materials
RFDHJWHD–prestressed concrete
RMBN0KJD–Lake Mary, FL - Sep 2007 - Pedestrian bridge carries people across busy multi-lane street in Lake Mary, Florida
RFEJ8AFN–between the concrete beams
RMA857E5–Football stadium during construction; for Newcastle United Football Club, Newcastle upon Tyne, Tyne and Wear, England, UK.
RFDHHG47–prestressed concrete texture
RMB5YW2K–Bridge/overpass skeleton leading upward.
RFDHJWGC–Prestressed concrete beam
RFM1N6WP–shoring post that keeps a roof under renovation in france
RFDHH7P3–prestressed concrete texture
RMB642PG–Prestressed concrete beams are made and stacked in Grand Forks, North Dakota, USA.
RFEJBNKY–Power and burden of concrete beams
RFBMM5PY–Pile of prefabricated hollow concrete floor construction elements
RFDHJ6E2–gray prestressed concrete beam
RMAY0BDT–concrete prestressed road bridge over the river wey weymouth dorset england uk gb
RFDHH7P0–Prestressed concrete in the sky
RF2BND646–Valgerola - Valtellina (IT) - Panoramic aerial view of the cable-stayed bridge under construction - 2017
RFF4BRK8–Concrete columns and concrete roof beams
RF2RHEY55–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RFDHJ64R–Prestressed concrete beam for Hall roof
RM2G3FK9J–Room on the 1st floor where breakthrough is made to the eastern courtyard; Renovation of the eastern courtyard, sixties. Rembrandt pupils room. The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. All passages to the courtyard came ready in 1965. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining sp
RFDHF50N–Sheet steel and prestressed concrete beam
RFAT9CEJ–Storage of prefabricated hollow core concrete construction elements , Finland
RFATFT2P–Inventory of prefabricated hollow core concrete construction elements , Finland
RFAT9EYP–Inventory of prefabricated hollow-core concrete construction elements , Finland
RFATFPCK–Inventory of faulty and cracked prefabricated hollow core concrete construction elements , Finland
RMAY062J–concrete prestressed road bridge over the river wey weymouth dorset england uk gb
RF2BND68J–Valgerola - Valtellina (IT) - Panoramic aerial view of the cable-stayed bridge under construction - 2017
RF2RMHWPY–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RM2G3FKWW–Ruysdaelzaal on the 1st floor where breakthrough is made to the eastern courtyard; Renovation of the eastern courtyard, sixties. The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. All passages to the courtyard came ready in 1965. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried
RFDHF4R6–Sheet steel and prestressed concrete beam
RFEJCYB9–Concrete beams in soft
RFF4BRKE–Roof skeleton of the roof concrete beams
RMG08701–hall construction with prestressed concrete beam
RFATG5MG–Inventory of prefabricated hollow core concrete construction elements , Finland
RFDH4FC6–built with precast concrete
RFAT9F8Y–Inventory storage of prefabricated concrete hollow core construction elements , Finland
RFDHJWJA–with concrete
RFEJC8F0–concrete beam
RFF4BT48–Concrete - T
RF2BND6DE–Valgerola - Valtellina (IT) - Panoramic aerial view of the cable-stayed bridge under construction - 2017
RFDHJ64Y–Precast concrete
RF2RKC8K4–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RM2G3EWRM–Concrete construction with ends of steel wires, presumably an anchoring; Renovation of the eastern courtyard, sixties. The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried out as exhibition space. The first floor remained a free sp
RFDHJWJ7–World of Concrete
RF2RMHT90–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RFDHF4K1–concrete pillar
RM2G3F1JH–Building materials at the completed entrance of the passage; Renovation of the eastern courtyard, sixties. The passage seen from the south. In 1964, the renovation of the eastern courtyard started. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried out as exhibition space. The first
RFEJCR3T–Double concrete beam
RFF4BRK4–concrete hall construction
RFDH39H6–Hall building with concrete
RFDHJWGX–Precast concrete products
RF2RHNT9X–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RM2G3FHBA–Rembrandtzaal on the 1st floor where breakthrough is made to the eastern courtyard; Renovation of the eastern courtyard, sixties. The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. All passages to the courtyard came ready in 1965. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carrie
RM2F25MTC–Bas-reliëf 'Klokkengieten' boven hoofdtoegang tot de binnenplaats; Verbouwing Oostelijke binnenplaats, jaren zestig.The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried out as exhibition space. The first floor remained a free space
RFDHJWGW–Precast concrete elements
RF2RH4KH6–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RM2F2644G–Betonwagen van de firma ABO Transportbeton bij de Passage; Verbouwing Oostelijke binnenplaats, jaren zestig.The renovation of this courtyard was started in 1964. Two floors were constructed, resting on prestressed concrete beams. As a result, other than at the installation of the western courtyard opened in 1962, the classification of the space was not determined by the support points of a steel skeleton. Two rooms were made on the upper floor that were connected to the surrounding paintings. The remaining space was carried out as exhibition space. The first floor remained a free space with a
RFDHJWHP–concrete skeleton construction
RF2RH8BFR–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RFDHJWG7–Concrete support for Hall
RFEJCNM1–in soft concrete skeleton
RFDH34AT–built of concrete industrial building
RFDHJ6XB–Concrete parts for industrial hall
RFDHF4JP–Concrete pillars for industrial hall
RFEHT85W–Hall supporting beams in the sky
RF2RKK1ME–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RMG086YR–Precast concrete elements for hall construction
RMJF8K1T–Concrete finished parts of a new hall
RFEJ7NCK–Columns and beams
RMJF8JYB–under the concrete beam
RFEJ7NCX–Sequence of concrete columns
RF2RHP97N–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RFF4BRDJ–between the concrete columns
RF2RHK5TP–Detail of the construction of a Styrofoam slab in Brazil, a light and efficient option for thermal insulation. Styrofoam slab, sustainable and economi
RFF4BT45–Carrying capacity with concrete
RFEJ7NC8–huge gray in concrete
RFF4BRK6–Concrete columns in succession
RFEJ7NBX–Concrete columns one after the other BW
RFDHJWG9–built out concrete
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