Europe

Facade Engineering Greece

Facade Engineering in Greece

Having successfully completed several international projects –mainly in North Europe, Americas and Middle East-, we are happy to see the design progress in our first façade engineering and consultancy job in our native country Greece! The project is located in Southern Athens in an urban site of 71.600 m2 comprising of 8 adjacent and undeveloped city blocks located in a coastal wealthy suburb. Total development will consist of 316 residential units of close to 64.000 m2. Our team works for Facade Design and Engineering Consultancy Services for the building envelope of this project in collaboration with Porphyrios Associates Architects. Scope of works is to develop solutions and specifications for Double Height Facades, Balconies Cladding, Sliding Doors / Shutters, Amenities, Staircases, Atrium, Soffits. #facadeengineering #greece #athens #residential# development #skylinefacades #consultants #design #drawings #curtainwall #balconies #cladding #porphyrios #architects #voula #seaside #project #building #envelope #facadedesign #facadeconsulting #outsourcing #teamwork Read More

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Shop Drawings drafting

Shop Drawings submittal for hotel project in Brighton / UK

Part of our Shop Drawings submittal for our ongoing hotel project in Brighton / UK. Our team works for Façade Engineering Services for Terracotta and Metal Cladding for this project. Our Scope of Services includes Concept Design, Shop Drawings Drafting, Material Take Off and Fabrication Drawings. The below drawings refer to Section Details for Terracotta Cladding to Stone Cladding, Window Head and Window Cill. Visit us in https://skylinefacades.com/ or send us email at info@skylinefacades.com #facadeengineering #skylinefacades #shopdrawings #drafting #outsource #design #drawings #architecture #facade #engineering #metal #cladding #panels #brighton #london #project #uk #building #envelope #facadedesign #facadeconsulting #outsourcing #teamwork

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Shop Drawings submittal for our latest project in Brighton / UK

Part of our Shop Drawings submittal for our ongoing project in Brighton / UK. Our team works for Facade Engineering Services for terracotta and metal cladding for this project. Our Scope of Services includes Concept Design, Shop Drawings Drafting, Material Take Off and Fabrication Drawings. The below drawings refer to Section Details for Metal Cladding at window cill and window heads as well as Plan detail and Elevation. Visit us in https://skylinefacades.com/ or send us email at info@skylinefacades.com #facadeengineering #skylinefacades #shopdrawings #drafting #outsource #design #drawings #architecture #facade #engineering #metal #cladding #panels #brighton #london #project #uk #building #envelope #facadedesign #facadeconsulting #outsourcing #teamwork

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Facade Engineering Services

Shop Drawings submittal for London project

Part of our Shop Drawings first submittal for our latest project that we have recently secured in London / UK. Our facades team from Greece works for Façade Engineering Services for the cladding of this projects. Materials used are Fibrocement Equitone Natura 12 mm and Metal Panels. Our Scope of Services includes Shop Drawings Drafting, Material Take Off and Fabrication Drawings. Visit us in https://skylinefacades.com/ or send us email at info@skylinefacades.com #facadeengineering #shopdrawings #drafting #facade #engineering #design# outsource# drawings #skylinefacades #greece  #architecture #facadedesign #facadeconsultants #cladding #panels #fibrocement #building #envelope #london #uk #outsourcing #teamwork

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Minimal Sliding

Minimal Sliding System Development, Hand sketch

Every great design starts with a single hand sketch! Our very initial proposal for the development of Minimal Sliding System for a long-standing customer of us. The concept in mind is a very easy to assemble frame -all 90 degree cut and connect on site- with no machining and easy to take water out even at triple, quadruple etc. The second basic principle is 45 degrees’ sash with glazing bead -so as to glue glass safely and clear- and the lever locking device to be positioned on sash, front or back. This way, any sash at any position can be locked. If you need to outsource your Research and Development function for new aluminium systems get in touch with us. #design #minimal #sliding #aluminiumsystems #research #development #drawings #skylinefacades #doorsandwindows

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Facade Engineer

Getting the most value from your facade engineer

It is the facade of a building that brings an architect’s vision to life, however a building’s skin not only contributes to architectural expression, it also plays a large role in the performance of the building as a whole. Role of Facade Engineer is discussed. Globally, clients are becoming more demanding concerning the solutions they want from their buildings and facades. They want better-performing, more aesthetically pleasing facades and these requirements have to be delivered quickly and cost effectively while Building Facade. Building Facade A façade is one of the key influences that determine the value, commercial success and project risk of a building, but it is also one of the most common sources of building failure. Few people realise how complex a façade system can be. In a typical 30 storey building, for example, there will be approximately 18,000 sq m of façade. This will consist of approximately 3,000 panels, with each panel having approximately 300 parts that are constructed from various materials. This example adds up to nearly a million parts for the façade alone, so it’s no wonder that things can go wrong if proper control isn’t in place. Some of the diverse conditions that a façade needs to accommodate include wind speeds that can go above 100 k/ph, temperature differences, and associated thermal expansion of up to 80°C, plus they must resist rain, humidity, mould and even seismic activity and lightning. Besides being designed for all of the above external conditions, a façade on a tall building also needs to be able to accommodate a structure that moves and deflects all of this while continuing to look good. In short, it is a complex machine and should not be trusted to inexperience.  Facade Engineering at Crowne Plaza Hotel Singapore Within the boundaries of the fees available, façade engineers need to be smart with the solutions they offer. It is the job of a façade engineer to find the technologies and systems to make the client requirements possible. As a very minimum, they must offer safe, buildable, durable solutions that fit into the client’s budget. Sometimes delivering optimum service means delivering difficult messages to the clients. As with any type of highly technical engineering solution, one gets what they pay for when it comes to façade design and installation. Importance Of Facade Engineering in Building Facade Facade engineers need to be brought in at the early stages of a project to understand what the client’s aspirations are and what they can afford, so that the engineers can assess different solutions and determine what performance requirements are needed for building facade. In this way, the project proceeds smoothly with all parties fully informed. A façade engineer’s obligations extend much further than delivering a technical service. An engineer must understand the entire development process and the fact that delaying a building project will have financial implications for a developer. The engineers therefore have an obligation to provide good technical advice and keep a project moving forward. Make sure that the façade engineer has appropriate experience, understands the project’s aspirations and understands how a project is developed. No developer will ever be thankful for achieving a small, non-critical technical win if the result is that the project is delivered late. Crown Plaza Hotel, Singapore  Crowne Plaza Hotel, Singapore Designed and built in only 17 months, Aurecon was engaged to advise on the design of the Crowne Plaza Hotel’s façade. The façade screen, set against the Changi Airport terminal buildings, was conceptualised as three-dimensional lace screens resembling orchid petals that could provide shade and texture for hotel rooms and public spaces. Designed to provide a sense of peace and tranquillity for travelers, and to meet shade requirements, the material selection was key to achieving this outcome. The lightweight screen concept required Aurecon to undertake accelerated testing of possible façade materials to verify weathering and compatibility with interfacing materials. Ultimately, a polymer modified glass fibre reinforced gypsum compound was used to create the petals, with screed elements sculpted from visual and CAD animations of scaled samples. The modular units of screen petals were factory assembled into full floor height partitions to allow for fast on-site installation. The resulting building ‘floats’ on a filigree floral cage that filters and softens the surroundings, providing 60 per cent shading for the building. Steve Daniels Technical Director, Façade Service Leader Steve Daniels, Aurecon’s Global Façade Leader, has an extensive track record in façade management and consulting. He has 30 years of international experience and has worked on some of the worlds’ great façades including the Petronas Towers in Malaysia, Swiss Re and City Hall in London & the Burj Khalifa in Dubai. Aurecon is an engineering, design, and advisory company. With an office network extending across 27 countries, Aurecon has been involved in projects in over 80 countries across Africa, Asia-Pacific and the Middle East. Steve Daniels discusses some of the things that need to be considered to get the best out of your façades engineer.

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Grenfell Tower

7 years after Grenfell: Jonathan Evans

Dr Jonathan Evans is the CEO for Ash & Lacy, a leading UK-based supplier of components and systems for the Architectural market. We discuss with Jonathan about the measures for UK Building market, after the Grenfell Tower tragedy, which costed the lives of 72 people in a several fire on 14th June 2017. Dr Jonathan, earlier this month, was the 7th sad anniversary of Grenfell Tower tragedy Indeed. There will be many heartfelt tributes and it was another very painful day for the survivors and bereaved who wait patiently for justice and truth. However, I’ve come to feel that it is actually more significant in terms of the need for change and professional responsibility because, seven years ago, was the last day we went about our lives oblivious to the mistakes that had been made many years before and the dangers that had been created. Neglections, misinterpretations and misjudgements, that horrifically ended the lives of 72 innocent people who put their trust in our industry, and endangered many others including those who bravely attended the fire. Many, many more will be burdened with mental and physical consequences for the rest of their lives. Unlike what we’re unhelpfully led to believe, the construction industry does not have a monopoly on unscrupulous behaviour and bad culture, but the next time you read or make a claim about fire performance or how ‘tolerable’ a risk may be, please remember the images in this video. Apart from the collective responsibility, there is also the personal one. Each one of us is a part of the Construction Industry after all and our own actions do matter. The night of the Grenfell Fire in 2017, I flew back from holiday and went straight to the office to look through our records. One by one I called the installers relating to any project where it looked like we might have supplied polyethylene-cored ACM on a tall building. All we usually had to go on was the quantity ordered or a panel schedule. I’ve never known people call me back so quickly. The last of the buildings we identified was reclad by the end of 2018. One was even reclad in the Summer of 2017. Ironically, they all missed out on government funding by acting so swiftly. One of my criticisms of the DCLG post-Grenfell process was that despite my encouragement, nobody wanted to ask the suppliers where all the buildings were. Instead, governments relied on building owners to send samples of their cladding to labs for testing. The further you go back, the poorer records will be, but with sufficient perseverance, you can get a fair idea where all these dangerous buildings are and those who know best are the people that fabricated and supplied the stuff in the first place. In the UK, after over 7 years, 430 out of 496 known ACM buildings over 18m have now been reclad but 16 still haven’t begun their remediation. (There are thousands of blocks between 11-18m considered unsafe that haven’t begun remediation.) The EU needs a structured plan to urgently rectify such buildings too (and lower) but apparently hasn’t even begun looking for them. Competency and knowledge is useless without the leadership and conviction to do something with it. It cannot be a UK issue, right? There should be buildings with flammable materials all over Europe. Definitely. In January 2024 for example, a fire destroyed a warehouse in St. Petersburg belonging to Wildberries, Russia’s largest online retailer. Fire spread to an area of 50,000 square meters (about 538,200 sqft). https://lnkd.in/e2uHRJn9 There have been numerous high profile fires like this in warehouses such as Ocado, Amazon etc but the first image below struck me as relevant to the interpretation of our Building Regulations. After the car park fire at Luton airport and numerous school fires, there are renewed calls for mandatory sprinklers in such buildings here. The arguments to change BB100 etc are often focused on avoidable serious disruption to our children’s education etc. and consequences such as business interruption, property loss etc are often cited as things we need to regulate against. However, and I’ll repeat that no matter how convincing, these arguments are defeated by Regulation 8 in Part 2 of the Building Regulations. More specifically, it is how this Regulation is interpreted that’s the problem. Whether it’s in business, personal life or an incident inquiry, if you can’t find the root cause of a problem it will more than likely reoccur. Dame Judith Hackitt has reviewed the regulatory ‘system’, not the Regulations themselves. To be fair, that’s precisely what she was asked to do in true civil service style – “Always dispose of the difficulty in the title. It does less harm there than in the text” (Sir Humphrey Appleby, “Open Government”). I’m usually told that this primary legislation is beyond challenge – too difficult. Not the kind of thing an entrepreneur usually accepts, but pragmatically, maybe changing the way the regulatory intent is ‘interpreted’ in the light of new events and knowledge is more achievable. When you look at this aerial image and the thick black cloud of smoke, would you say that the ‘health and safety’ of the people ‘in the vicinity’ of it was/could have been affected? Or what about the firefighters that attended? Look at the cancer rates of those who attended 9/11. Other factors that could be taken into consideration are mental health impacts, trauma and the wider environmental damage. We can’t control the contents of buildings like we can the structure, so does Regulation 8 oblige designers to consider the impact of those nearby and the dangers to firefighters both immediate and long-term? Maybe it will take a ruling following a claim from fire brigade unions or local residents. ‘Just getting the occupants out alive’ in my opinion is not a sufficient threshold We all need to be singing from the same hymn sheet to drive change and protect our environment, schools, public buildings, workplaces etc. from contamination, disruption

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