View allAll Photos Tagged Bricklaying
If this wall could talk... between the thrice-moved basketball hoop and the decidedly wonky masonry and bricklaying, something happened here.
English bond is made up of alternating courses of stretchers and headers. This produces a solid wall that is a full brick in depth, is easy to lay and is the strongest bond for a one-brick-thick wall.
Rain stopped play for work today (Bricklaying) so I checked the weather forecast for later today and it said should stop raining.
So I said to the better half I'm off for a ride and ended up on dartmoor arrived around 3 ish still raining hard, so got the wet weather gear on and headed out on to the Moor. It stopped raining around 5 ish so managed to get a few images.
The rivers were all running very high due to all the rain through the night and most of the day.
This was really a scouting expedition to see how the Autumn colour are coming on.
But very pleased with a new location to go back to when the conditions are better.
Menakertrans Muhaimin Iskandar berfoto bersama dengan Delegasi RI Asean Skills Cempetition (ASC) VIII di Jakarta, Kamis (25/11). Pada ASC VIII-2010 di Bangkok, Thailand, Indonesia menjadi juara umum II dengan memperoleh 8 medali emas, 2 perak, 6 perunggu dan 13 sertifikat diploma. Medali emas diraih kontingen ini dari kejuruan industrial electronic, bricklaying, cabinet making, joinery, fashion technology, grapich design tech dan automotion production tech. (BIPnewsroom/AZ)
I'm always embarrassed by my hands !
Been a rough week on them, bricklaying rips them apart, yeah gloves, creams of all types help but if your a manual worker its just one of those things !
"Hammer rash" !! I can pound a chisel all day with lump hammer without looking but every now & again you miss & pound your hand thus the term "hammer rash" missed a lot this week ;-(((((
Being famous must be a pain, every move you make is under the media microscope, think i'll stick to bricklaying ;-))))
Schwalben beim Nestbau. Wenn die Architekten fertig sind, legen die Bauarbeiter los.
Housemartins nestbuilding. The builders get going once the architects are finished.
With four arms in a cross and an eight sided central tower there's a lot of interesting close up images. Enjoy the elaborate bricklaying work.
While wandering around Bethlehem yesterday with my adventurous friend Torrie, we followed the path down towards a small river where they're in the process of ever so slowly restoring several old stone buildings. This one was part of the dye house, originally built in 1746.
I wish now that we had come across a young man then who stopped us later while we were photographing some other old & beautiful building with the comment... are you interested in old buildings? He proceeded to tell us he's been a bricklayer for 16 years after being in general construction for years before starting the old school trade of bricklaying. We then stood on the sidewalk & he was pointing at some of the old buildings giving us a commentary about the trade!
I wish he would have been standing near us when we were down by the old dye house to tell us what he thought of it's story!
I tried to match the top of the tower with the top of the nearest lampost. I'm obviously not destined for a career in bricklaying.
:-0
Not a lot happening on the bricklaying front so a day off, so I thought I'd try to get a unbelievable TV, phone, broadband deal.
"Hello Mr Branson I've just had a visit from Sky. BT & Talk Talk all at the same time (honest) & thier offers where fantastic especially the free liposuction & hair transplant one, so as a loyal customer can you bash all these lot up & give me aright proper deal ??
Needless to say I'm still waiting ;-)))))
Note my cat 'Ivy' in the background who was bird watching 😊
All in all, it was all just bricks in the wall.
- "Another Brick in the Wall" by Roger Waters from Pink Floyd's The Wall (an album and music video)
inspired by "The Cask of Amontillado" by Edgar Allan Poe made into British film directed by Mario Cavalli 1998
[Teifoc TM clay bricks by Eltech ]
Adrian, Michigan. Adrian has some really nice buildings. I particularly liked this Italianate style home.
From: picturesqueitalianatearchitecture.blogspot.com
"This house at 204 East Church Street in Adrian, MI is an impressive five bay Italianate built in 1863 for George Bidwell, an important local merchant. The house has several high style features of the 1860s that make it an excellent example of how high Italianate architectural idioms could be found in country towns. The house is brick and does not look like it was stuccoed based on the regularity of the bricklaying. The windows are all shallowly arched and have heavily carved hood moldings that look to be sandstone, but could be cast iron; without having seen the house in person and tapping them, it's very hard to tell. The moldings on these feature carved leaves, central stylized palmettes, and thickly carved brackets. As I've pointed out, elaborate hood moldings are more a feature of the 1860s than the 1850s. The porch is an impressive Corinthian affair, with carved brackets (in many houses porch brackets are simpler, but these are just as elaborately carved as those on the cornice), that sits on a stone base with paneled, round newel posts. No doubt the balustrades around the stairs once attached to them. The balustrade above the porch is surprisingly intact, although the half urns (definitely cast iron) that are attached to the facade were once echoed by urns on the newel posts above the porch. The original door itself is arched with a cable molding and transom.
Two outstanding features of this house are the central window and the cornice. The central window is triple arched with the central section being taller than the flanking sections. This window arrangement is found on many Italianates and is one of the special features of this style that lived on in Second Empire construction. To me, this window suggests later Italianate construction and was a feature that appeared in the late 1850s early 1860s (cf the Backus house). The large central window is balanced by an arch above the central bay in the cornice. The cornice itself has very elaborate double s-scroll brackets that are heavily ornamented with foliage and is uniquely of the undulating type, which is very rare on detached houses outside of large cities. The way the undulation interacts with the central arch, I must say, is a little clumsy, making a shape that reminds me of Batman's symbol. The cornice is further ornamented with a board cut in a flat top trefoil arch. The whole is topped by a hip roof and a cupola. This house is probably one of the best representations of the architecture of the 1860s I have seen. The coloring of the house seems very appropriate as well. Overall, the house is a beautiful example that seems to have a lot of its features intact."
Now, as a complete amateur, I have very occasionally laid a few bricks. Normally level and straight enough for my own standards. However, I've never laid a wall like this!
This unique brickwork was encountered at Aldermaston wharf in Berkshire and there must be a good story behind this random feature. It has been capped off, presumably to preserve it.
The canal lock itself is quite unusual, my snap is at flic.kr/p/yz5LCp.
Does anyone know the story behind the unique bricklaying style?
Had to grab this snap for a bricklayer friend … the French do things a little differently from the looks of this build at L'Holme.
Day 1 of 12 - Le Puy-en-Velay to Le Monastier-sur-Gazeille: Walking the Chemin de Stevenson (GR 70 Robert Louis Stevenson Trail) in the south of France.
St Mary, Over, Cambridgeshire
I was on a bike ride on a beautiful winter day, and had arranged my route to visit Swavesey, where my Mortlock ancestors come from. My great-grandmother's brother John had run the family bricklaying business in the second half of the 19th Century, and I wondered as I cycled through how many of the houses were his work. A few fields and the Cambridge Guided Busway separate Swavesey from Over. The four contiguous villages of Swavesey, Over, Willingham and Longstanton all have quite different characters, despite all having a population of barely 5,000 people each. Swavesey is a fairly workaday place stretched along a straight road which suddenly opens out into a lovely former market place. Over has more of a feel of nearby former Huntingdonshire, a convoluted village with plenty of old stone buildings including a rather grand 19th century 'Town Hall'. Oh, and one of Cambridgeshire's biggest churches.
A big stone spire tops a big stone church of the first half of the 14th Century. 'A remarkably ornate church' says Pevsner, and he's right. Every surface has been decorated with trails of ball-flower vine and little heads, and big unusual gargoyles look out, including a fat owl and a woman emptying a jug over whoever is standing below - I'd love to think that this is a play on the parish name. Above the west door is an extraordinary survival, a relief of the Assumption of the Blessed Virgin which must date later. The only crimp is that this vast church is shoe-horned into a tiny graveyard, and it is almost impossible to get a distant view of it. The church is open every day, and the interior is similarly richly decorated with carvings, all the capitals being surrounded by little heads, each one different. The church is wide and full of light. There is a rood screen, and some good misericord seats including one of a green man. The church was in the patronage of Ramsey Abbey, and the stone would have been shipped across the fens - easier than dragging the fields and riverbeds for building stone, and producing a fabulous church.
Over merges into Willingham. They are about the same size, but quite different in character. There is a crossroads in Willingham with traffic lights, of which I am sure they are very proud, and, I kid you not, a one way system. But all this urban inanity is a helpful foil to the delights of another fine church.
And this photo will take us up to real time: July 23, 2020. The bricks had been delivered to the site several days prior. My photos of the tower turned out blurry, but bricklaying had started over there as well, leaving little doubt that the window in the wall will be remaining.
Time permitting, I may do some other Fred's photos over the course of the weekend...
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Former Fred's, late 1970's(?)-built, Commerce St. near Northview St., Hernando MS
Alex Walker, is also a Flickerite, www.flickr.com/photos/2norfolk/ .
The signal box was originally at BR's Netley station, near Southhampton. No longer needed by BR, the signal box was saved and moved to Ropley thanks to the negotiating skills of Mid-Hants volunteer, Chris Hunt. MHR member Richard Hawkins helped facilitate the move and arranged transport with W.G. Privett and Sons, craneage at Netley and Ropley with Cox and bricklaying for the base at Ropley by Cameron Brickwork, all at no cost to the railway. The box arrived at Ropley in April 1982.
Radford Railway Viaduct.
Crossing the canal at 45 degrees this five arch viaduct remains a handsome example of mid 1800's civil engineering, and the bricklayers' and stone-cutters' art...
Location: Bruce Street, Mount Waverley VIC
Structural Engineer: Danes Design
Developer/builder: En Vogue Developments
Bricklayer: Edithvale Bricklaying
The Service Reservoirs (1871 and 1882) are located adjacent to the Windmill Tower on Wickham Terrace in Spring Hill, Brisbane. Constructed as purpose-designed water storage and distribution facilities to service Brisbane's rapidly growing population in the late 19th Century, the Service Reservoirs represent both a creative and technical achievement of the Colonial era. The reservoirs constitute two mostly subterranean tanks, constructed of brick arched walls, roofed in the early 1900s and once connected by a series of pipes to the Enoggera Dam. They were the first of their kind in the state.
Aboriginal occupation of what is now the Brisbane City area was located within a close distance of freshwater streams, at the main camps at "Barrambin" (York's Hollow, now Victoria Park) and "Me-An-Jin" (Gardens Point). When European settlement was established in the area, the proximity of a sufficient water supply had a significant impact on where it was to be situated. The Moreton Bay Penal Settlement was established at Redcliffe in 1824, under the instructions of John Oxley that a suitable location would be "easy of access, difficult to escape from, and hard to attack; furthermore, it should be near fresh water and contain three hundred acres for cultivation". Only one year after settlement, the inadequacy of Redcliffe's water supply became apparent and the settlement relocated to the current Brisbane City site. Adjacent to the river, the new site allowed the collection of water from the first substantial water supply within 15miles (24.14km) of the mouth of the Brisbane River, a freshwater creek and a chain of water holes near the present Roma Street Station.
In 1826, Captain Logan arrived as Commandant and established a works program; key buildings were replaced with substantial structures made of stone and brick. Further development was encouraged by the construction of King's Wharf (1827) which allowed goods to be transferred from incoming ships. Due to this expansion of the penal settlement, by 1829 the quantity and quality of the water supply had dramatically decreased. In response, Captain Logan under the guidance of engineer and Clerk of Works, Andrew Petrie, ordered the excavation of an earthen dam across a creek near present-day Tank Street that was intended to hold up to a year's supply of water. From this dam, water was reticulated through a series of hollow ironbark logs with convict-powered pumps to a small number of buildings within Brisbane, including the prisoners' and military barracks, and the Commandant's quarters.
Brisbane experienced rapid growth after its opening for free settlement in 1842 and the population quickly rose to 812 by 1845. Water carriers charged exorbitant prices for their services and water was frequently required to be transported from Breakfast Creek at times of drought when the earthen reservoir dried up. By the 1850s the supply of freshwater became polluted from bathing, washing, and watering animals. The walls of the dam deteriorated and leaked, and in 1858 it collapsed.
The Municipalities Act 1858 tasked local councils with the obligation to control their town's water supply Brisbane's Municipal Council (formed in 1859, the same year as Queensland's separation from New South Wales) only made short-term repairs to the dam due to other priorities such as constructing roads, Municipal Headquarters, and improving drainage and sanitary conditions. The Council constructed a temporary tank on the edge of the reservoir in Tank Street and licensed water carriers to serve the people Brisbane, whose population had increased by 54% between 1856 and 1861 to 5900 people. It soon became clear that Brisbane required a much larger water supply. Tensions emerged between the Municipal Council and the Queensland Government over who was accountable for funding future systems.
Despite the strenuous debate amongst alderman regarding the best solution, and continual conflict between the Council and Queensland Government over control, the Brisbane Municipal Council made the decision in 1863 to adopt a long term solution from a report by Civil Hydraulic Engineer, Thomas Oldham. This proposal involved a gravity reticulation system to the city fed from a dam constructed at a higher elevation on Enoggera Creek. A service reservoir would be constructed near the top of Windmill Hill on Wickham Terrace, the highest suitable site near town to store water before distribution. Oldham's scheme was designed to provide a 12month water supply to 200 000 people; five times Brisbane's population at the time. The Brisbane Waterworks Act 1863 enabled the Municipal Council to construct reservoirs, supply water to the town and to charge for services but allowed the Queensland Government to influence decisions with the establishment of a Board of Waterworks.
Joseph Brady was appointed as Engineer to the Board of Waterworks and oversaw the construction of Enoggera Dam which began on the 18th of August 1864. The dam was completed by March 1866, with alterations made to reduce expenditure; pipework sizes were minimised and plans for the Wickham Terrace Service Reservoir were scrapped. By legislation, responsibility transferred to the Brisbane Board of Waterworks in August 1866, and later that month 94 chains (1.89km) of water mains reticulating to Queen, George, and Edward Streets were turned on. By 1869 reticulation to the southern side of the river was achieved. The system was the first reticulated gravity supply and the first municipal engineering undertaking in Queensland. Being the first of their kind in the colony, the Service Reservoirs at Spring Hill set a precedent for subsequent water supply schemes throughout Queensland, including places such as Ipswich, Toowoomba, Maryborough, and Rockhampton.
After complaints from Brisbane residents about mains not servicing higher areas of town and of a poor supply during peak hours, the Board of Waterworks decided to proceed with the construction of a Service Reservoir near the observatory on Wickham Terrace. Tenders were called in 1870 for the construction of a reservoir in either concrete or brick. Henry Holmes' tender was accepted specifying the use of concrete, but after preliminary excavations and the identification of cracks in concrete samples, Holmes requested to change the walls to brick and subsequently offered to withdraw his contract. The Board of Waterworks made the decision to complete the contract under its own Clerk of Works; immediately letting a contract for bricklaying and purchasing 69 000 locally produced bricks.
The first Reservoir at Wickham Terrace was completed in 1871 and was filled for the first time on the 24th of February 1871. The Reservoir was a 60ft x 30ft (18m x 9m) open-air structure, with 480mm (3 bricks) thick outer walls and arched brick internal cross-walls that divided the reservoirs into 15ft (4.5m) squares. It held 126 000 gallons (570 000 L) of water which came to a depth of 13ft 6in (4.15m). For 10hours every night, the mains were turned off and the reservoir was filled to keep up with demand for the following day. The Service Reservoir had a major effect on both the cost and the standard of living in Brisbane with the average cost of delivered water dropping from the 1866 price of 20shillings/1000gallons to just 1shilling/1000 gallons. In 1872 a tender for £36 from H Wakefield to raise the walls by 2ft (60.96cm) and increase the Reservoir's capacity was accepted and in 1876 an additional main from Enoggera Dam was laid to allow water to be reticulated to higher parts of town. Further complaints, together with a surge in Brisbane's population in the late 1870s, due to immigration, port activities, and the construction of the railway, prompted suggestions that the Reservoir had become inadequate and that a second, much larger reservoir was required to support increasing demand.
In 1882, plans were drawn for a second reservoir to be completed by the end of the year by W Innes and Son for £2797-10-0. An additional main was laid across Victoria Bridge to service the higher parts of Kangaroo Point and South Brisbane. The second Reservoir was constructed with 510mm (4 bricks) thick brick walls. The interior was divided into 15 spaces by arched brick walls; the spaces being a square shape in the central section and rectangular on the eastern and western sides. In 1889, the Board of Waterworks considered roofing both reservoirs; these additions did not take place at this time due to the leaking condition of the reservoirs, the declining reliance on them and the introduction of other water supply systems.
Only a few years after the second reservoir was constructed, other improvements were made in Brisbane's water supply system to cope with the population boom of the 1880s. This included the building of the Gold Creek Dam in 1885 - 1886, and the Highgate Hill Service Reservoir, which was of mass concrete rather than arched brick walls, in 1889. The commissioning of Mount Crosby Pumping Station in 1893 marked the decline of gravity water supply. The service reservoirs continued to only supply water to the lower parts of the city. Although the larger reservoir retained water in case of emergency, both reservoirs were removed from use between 1898 and 1906.
In 1904 - 1905 the reservoirs were recommended for reconditioning to bring them back to a usable standard. These works comprised: the reconnection with the original Enoggera main; the provision of roofs to prevent the growth of algae and to stop animals falling or being thrown in; and the installation of a spray inlet, a floating outlet, and a relief valve for the Mount Crosby supply. In July 1905 tenders were called for further works on the small reservoir, including the cement rendering of internal walls. Contractors, Maskrey and Kitchen, were approved to re-roof the reservoir for £226-6-8 including extras. After 1906, little work was completed on the Service Reservoirs apart from routine maintenance.
Along with the reservoirs, several other structures were constructed; over time these were demolished or removed. A cottage was constructed by JP Hardy in 1871 for £125 and was built to house the Inspector who was responsible for overseeing the reservoirs running day and night. The Inspector's cottage was removed from site before 1959. A second cottage was constructed in 1894 as a caretakers' house. This became the turncock's residence between 1958 and 1959, was occupied until 1976 and was vacant until destroyed by fire in 1977. A third residence was erected for the Senior Inspector in 1909 for £315-12-0. At different periods until 1958, the third residence also housed the Superintendent of Mains and Services and the turncock. The residence was considered uneconomical to repair in 1958 and was moved off the site by early 1959.
The Wickham Terrace Service Reservoirs remained an integral part of the Brisbane water supply system until the 3rd of September 1962 when the water main from Enoggera Dam collapsed and was shut down, unable to serve an increasingly high-rise inner city due to their comparatively small capacity and low elevation. Redevelopment proposals for the reservoirs during the 1980s included converting the area into an art gallery, bus exchange, restaurant, and theatre in the round.
In 2014, after two years of negotiations with the Brisbane City Council, the Brisbane based Underground Opera Company completed a $150 000 temporary fit-out to allow the staging of a series of opera performances within the space. The service reservoirs continue to serve as a visual reminder of the vital importance of a reliable, accessible, and clean water supply, as well as the technical advancements in the early development of Brisbane and Queensland.
Source: Queensland Heritage Register.
Alex Walker, is also a Flickerite, www.flickr.com/photos/2norfolk/ .
The signal box was originally at BR's Netley station, near Southhampton. No longer needed by BR, the signal box was saved and moved to Ropley thanks to the negotiating skills of Mid-Hants volunteer, Chris Hunt. MHR member Richard Hawkins helped facilitate the move and arranged transport with W.G. Privett and Sons, craneage at Netley and Ropley with Cox and bricklaying for the base at Ropley by Cameron Brickwork, all at no cost to the railway. The box arrived at Ropley in April 1982.