Fancy Floors
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This week's theme for Mosaic Montage Monday was Flooring/Ground. I spotted this artistic gem in front of the Blue Anchor Building in Downtown Sacramento. HMMM!
A montage of the ground and wooden flooring on a pier and on the unusual shape in the paving on the Geelong waterfront. Including my patio on a day last week when it hailed. For Mosaic Monday theme of Flooring/Ground
These are my photos of my visit in 2019 --- www.flickr.com/photos/136891509@N07/albums/72157714689676756
Explored 06-26-09 #396.. Thanks to all!
Please view ORIGINAL for detail of texture.. Thanks!
This is a stack of slate waiting to be used as outside patio flooring at my neighbors house. I thought the way the workers had it stacked had a certain eye appeal and decided to take a couple of snaps. I liked the results and thought I would share it with all of you..
Slate is a fine-grained, foliated, homogeneous metamorphic rock derived from an original shale-type sedimentary rock composed of clay or volcanic ash through low grade regional metamorphism. The result is a foliated rock in which the foliation may not correspond to the original sedimentary layering. Slate is frequently grey in colour especially when seen en masse covering roofs. However, slate occurs in a variety of colours even from a single locality. For example slate from North Wales can be found in many shades of grey from pale to dark and may also be purple, green or cyan. Slate is not to be confused with shale, from which it may be formed, or schist.
Chemical composition
Slate is mainly composed of quartz and muscovite or illite, often along with biotite, chlorite, hematite, and pyrite and, less frequently, apatite, graphite, kaolin, magnetite, tourmaline, or zircon as well as feldspar. Occasionally, as in the purple slates of North Wales, ferrous reduction spheres form around iron nuclei, leaving a light green spotted texture. These spheres are sometimes deformed by a subsequent applied stress field to ovoids, which appear as ellipses when viewed on a cleavage plane of the specimen.
Slate in buildings
Slate can be made into roofing slates, also called roofing shingles, installed by a slater[1]. Slate has two lines of breakability: cleavage and grain. This makes it possible to split slate into thin sheets. When broken, slate produces a natural appearance while remaining relatively flat and can be easily stacked. Silicone glue adheres to slate.
Slate tiles are often used for interior and exterior flooring, stairs, walkways, and wall cladding. Tiles are installed and set on mortar and grouted along the edges. Chemical sealants are often used on tiles to improve durability and appearance, increase stain resistance, reduce efflorescence, and increase or reduce surface smoothness. Tiles are often sold gauged, meaning that the back surface is ground for ease of installation. Slate flooring can however be slippery when used in external locations subject to rain. Slate tiles were used in 19th century UK building construction (apart from roofs) and in slate quarrying areas such as Bethesda there are still many buildings wholly constructed of slate. Slates can also be set into walls to provide a rudimentary damp-proof membrane. Small offcuts are used as shims to level floor joists. In areas where slate is plentiful it is also used in pieces of various sizes for building walls and hedges, sometimes combined with other kinds of stone.
Dictionary.com
Comments are always welcome and favs most appreciated.
Comentarios y favs son siempre bienvenidos
© Photography of Ricardo Gomez Angel
All rights reserved. All images on this website are the property of Ricardo Gomez Angel. Images may not be reproduced, copied or used in any way without written permission.
© Fotografía de Ricardo Gomez Angel
Todos los derechos reservados. Todas las imágenes contenidas en este sitio web son propiedad de Ricardo Gomez Angel. Las imágenes no se pueden reproducir, copiar o utilizar de ninguna manera sin el permiso escrito
Stair space, is from 1st to 4th floor to go through.
Flooring, wall and ceiling are made of clay, ultimately naturally.
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Mosaic Tile Museum, Tajimi (多治見市モザイクタイルミュージアム).
Architect : Terunobu Fujimori, AK-Sekkei Corporation, Ace (設計：藤森照信、AK設計、エース設計JV).
Contractor : Yoshikawa (施工：吉川組、加藤組、櫻井建設JV).
Completed : March 2016 (竣工：2016年3月).
Structured : Reinforced Concrete (構造：鉄筋コンクリート造).
Costs : $ million (総工費：約億円).
Use : Museum (用途：博物館).
Height : ft (高さ：m).
Floor : 4 (階数：地上4階).
Owner : Tajimi City (発注者：多治見市).
Floor area : 20,720 sq.ft. (延床面積：1925.02㎡).
Building area : 8,546 sq.ft. (建築面積：793.95㎡).
Site area : 38,307 sq.ft. (敷地面積：3,558.85㎡).
Location : 2082-5 Kasaharacho, Tajimi City, Gifu, Japan (所在地：日本国岐阜県多治見市笠原町字古御所2082-5).
Referenced :
www.mosaictile-museum.jp/pressroom/
www.ak-sekkei.jp/works/2015/tajimi_mosaic_musum/tajimi_mo...
www.japandesign.ne.jp/space/mosaictile-museum/
www.city.tajimi.lg.jp/gyose/shisaku/management/documents/...
via Playground Flooring ift.tt/1OVfPiu
Soft Playground Surface in Tresinney #Soft #Play #Area #Surface #Tresinney t.co/FG7B5wTJFO
Comments are always welcome and favs most appreciated.
Comentarios y favoritos son siempre bienvenidos
© Photography of Ricardo Gomez Angel
All rights reserved. All images on this website are the property of Ricardo Gomez sAngel. Images may not be reproduced, copied or used in any way without written permission.
© Fotografía de Ricardo Gomez Angel
Todos los derechos reservados. Todas las imágenes contenidas en este sitio web son propiedad de Ricardo Gomez Angel. Las imágenes no se pueden reproducir, copiar o utilizar de ninguna manera sin el permiso escrito
Comments are always welcome and favs most appreciated.
Comentarios y favoritos son siempre bienvenidos
© Photography of Ricardo Gomez Angel
All rights reserved. All images on this website are the property of Ricardo Gomez Angel. Images may not be reproduced, copied or used in any way without written permission.
© Fotografía de Ricardo Gomez Angel
Todos los derechos reservados. Todas las imágenes contenidas en este sitio web son propiedad de Ricardo Gomez Angel. Las imágenes no se pueden reproducir, copiar o utilizar de ninguna manera sin el permiso escrito
Part of the remains of the flooring from St.Mary the virgin and the Holy Rood.
The ruins of St Mary’s Church at Little Chart. The church was dedicated to Saint Mary the Virgin and the Holy Rood. Built in the 11th century as a two cell structure, and over the years it expanded…… described as a building of sandstone with two aisles, two chancels and a steeple at the west end. The steeple is said to have been built in Henry VII’s reign. The Victorians carried out major repairs in the 19th century
On the16th August 1944 during WW2, St Mary’s received a direct hit from a flying bomb, a doodlebug, Only the tower and parts of the chancel wall survived.
photo © Jeremy Sage
I've been feeling that something was off about the Moore's new house. A few things really, but I finally put my finger on one of the bigger issues. The floor. I found some sticky paper (not very sticky since I had to use hot glue as well) at the Dollar Tree. I found a few other goodies I'll show later on.
Once I got home I asked Vincent to call over a friend and help him install the floor.
This is a modern #traditional kitchen remodel with beautiful granite counter top, dark wood plank flooring and classic white custom #cabinetry in the city of Coto De Caza Orange County
www.aplushomeimprovements.com/Coto-De-Caza-Design-Build-K...
This is Southwark Cathedral. They had a museum of the moon event. For me just to highlight a beautiful building.
For more on this one, you could have a look at my blog: davewhatt.wordpress.com/2021/10/16/discarded-vinyl-floori...
"'Ebnerite' is composed of wood fibre, fine mineral powder, and a cementing fluid. It is laid in a plastic state with a trowel, and solidifies in about 35 hours. It can be used either rough or polished, oiled, and beeswaxed, like a parquet floor."
One of eight pages advertising the firm of Jos. F. Ebner in The Architects & Surveyors Directory & Referendum. London. 1908
After getting the bricks laid I wanted to see what color I would like for the flooring and seems like darker is best - this is all the floor I've made so far so I stained it and just put it down to get an idea and I love the color - so more cutting and staining then I will work on gluing it all down - I did make the door framing and wall trims, cut them and stained them too - after I get the flooring in I will add the baseboards but for now this is some of the work I've done in the great room. I've done a few more things for the other rooms but nothing worth sharing at this time. It's going to look so good completed but I'm so ready for this to be complete!
www.youtube.com/watch?v=18r94QQ10qc
Sustainable Systems and Green Materials
Sustainable Systems and Green Materials
1) Photovoltaic solar energy system
2) Grey water recycling system - takes water from the -bathroom sinks and showers, and the washing machine, filtering it and pumping it to the fruit trees in the garden
3) Rain water collection system
4) Passive Cooling - uses low windows on the windward side and high windows on the leeward side of the house. Cross ventilation is maximized by eliminating most of the interior walls and aligning windows and sliding glass doors. Ceiling fans are distributed across the ceiling to move the warm air out when there is no natural breeze.
5) In order to reduce the size of the house, we used efficient efficient custom storage system of movable shelves and cabinets runs through the length of the house. This allows for a smaller, but smarter building.
6) Natural Daylighting - uses interior clerestory windows and transoms to allow all of the rooms to borrow light from each other.
Materials
1) recycled flooring for the first structure, patched together and left roughly finished.
2) plywood floors for the second structure
3) Ceilings of both structures are plywood, cut into horizontal boards.
4) Composite decking made of recycled content.
5) All of the Interior doors are made of recycled flooring from the existing house
6) Poured in place concrete countertops in the kitchen and bathrooms, use recycled fly ash
8) Non VOC Paints and Stains
9) All plumbing fixtures are low-flow energy efficient
10) All electrical appliances are energy star rated
-LED and fluorescent lighting fixtures
11) Ductless Mini-Split HVAC system zoned for maximum efficiency
Credits:
Jeremy Levine Design
Designer: Jeremy Levine, Assoc. AIA, Principal
Associate Designer: Jonathon Pickup
Structural Engineer: Micheal Ciortea
General Contractor: Juan Macias Construction
Photography by Tom Bonner