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New concrete slab system expands floor further with joints that are fewer and farther between. Pinpointing the negatives of conventionally designed concrete floor slabs is not difficult: Curling, cracking and too many joints can cause numerous challenges. Learn more about DUCTILCRETE® engineeredsystems.
was the metal building systems provider. was the metal building systems provider. American Buildings, a Nucor Brand located in Terrill, TX, was the metal building system manufacturer. Commercial – Award of Merit : Floors & Doors 2.0 Nucor Building Systems manufactured the metal building system.
“We’re grateful to see the Pinto Creek Bridge replacement honored among projects throughout the West, but we’re even prouder of what this improvement has accomplished for those who rely on this critical route for passenger and commercial traffic,” said Greg Byres, ADOT State Engineer and Deputy Director for Transportation.
The 140-year-old steel truss structure connects West Newbury, Merrimac and Haverhill residents as well as several Southern New Hampshire towns, making it one of Massachusetts’ most heavily travelled bridges. CCG has the design-build and structural fabrication expertise to provide engineeredsystems and OEM solutions.
The 525,000-square foot, 17-story building features two floors of restaurant and retail space and 15 stories of office space, occupied by Amazon’s Boston Tech Hub. The new structure also includes two levels of below-grade parking and outdoor terraces. The early striking with the drophead system reduces on-site material requirements.
From floors failing before substantial completion to skyrocketing change orders for never-ending densifier applications to the billions lost through delayed schedules, legal disputes, and contingency hemorrhaging, enough is enough. There are countless floor finishes ( e.g. grind and seals, burnished polish concrete, etc.)
New Sydney icon wins unprecedented seven awards, demonstrates importance of structure renewal to mitigate climate change Chicago (GLOBE NEWSWIRE) — The Council on Tall Buildings and Urban Habitat (CTBUH) announced the winner of its annual award for best tall building worldwide: Quay Quarter Tower , in Sydney.
Instead of demolishing it and building new, repurposing the original structure provided environmental benefits to the local community including less pollution and disturbance of the site. Site improvements included underground utilities, below-grade Chambermaxx® systems, a swimming pool, jointed plain concrete pavement, and pervious concrete.
Wastewater systems are not designed for this changing climate,’’ said Sri Vedachalam, Director for water equity and climate resilience at Corvias Infrastructure Solutions, LLC. The system provides a permanent means of fall protection under access doors and exceeds OSHA fall protection requirements.
These facades are nearly identical to the original, but with slightly adjusted floor heights that are better suited to office use. The solution was a concrete floating floor. Without a floating floor, vibration from the tube would pass into the building’s structure and be heard as reradiated noise.
However, these structures must also meet present-day needs, necessitating upgrades aligned with modern technology, building codes, and energy requirements. Renovations were carried out with the utmost respect for the original design and materials, ensuring that any changes blended seamlessly with the existing structure.
This home will showcase the benefits of structural 3D construction including efficiency, low cost of ownership, and the ability to withstand natural and manmade disasters,” remarked Mike Miceli, CEO of Black Buffalo 3D. With the help of a guided rail system, the printer’s range can be expanded to spread over multiple plots.
The panel of experts below, representing the construction, engineering, and building systems industries, explore and explain the many benefits of this alternative construction method. P.Eng, CEO, Tamarack Grove Engineering Mikel Ochs, President-Operations,Whisper Creek Homes Michael H. Meet the Panelists: Brian Sielaff, M.S.C.E.,
Civil+StructuralEngineer Media is gearing up for the 2024 Yearbook of Engineering Achievement (YEA) competition and we need you. 2 Firm: SMR-ISD Consulting StructuralEngineers, Inc. The second-floor housing area has a full kitchen, an indoor dining area and outdoor dining area with a BBQ. It had a 0.42-acre
Structuralengineering solutions for office-to-residential conversion 0 qpurcell Thu, 09/28/2023 - 10:37 Office Buildings IMEG's Edwin Dean, Joe Gulden, and Doug Sweeney, share seven key focuses for structuralengineers when planning office-to-residential conversions. faces a housing deficit of 3.8 million units.
Leading schematic design and design development, HGA also served as the engineers-of-record from beginning to end, providing structural, mechanical, electrical, and plumbing (MEP), including lighting design, audio/visual, and telecom/security. HGA partnered with Vitetta in the design of the new facility.
Department of Energy’s Home Energy Score (HES) , which assesses the energy efficiency of a home based on its structure and heating, cooling, and hot-water systems, has a greater influence on home sale prices across the country. The units also include a quick-hang bracket system, making one-person installation easier.
Rather, it employed an off-site construction method that built all of the wall panels, floor panels, and roof trusses in a nearby factory and assembled them on site in fewer than three days. Agorus' framing package for Daybreak included premade floorsystems, each panel specifically engineered for its application in the system.
Witchger School of Engineering at Marian University is remarkable not only for its state-of-the-art design, but also for its purpose in addressing the ongoing challenges of recruiting talented students to the fields of engineering and advanced manufacturing. By Luke Carothers The new E.S.
The season of celebration and joyous reunion will soon be upon us, and Civil+StructuralEngineer Magazine is proud to kickstart the season of celebration by announcing our 2023 Yearbook of Engineering Achievement.
A new study from Oregon State University (OSU) confirms that Freres Engineered Woods Mass Ply Panels (MPP) can now be used in a wider range of multi-family buildings, such as apartments, hotels and dormitories. Overall, point-supported slab systems are simpler and faster to install, helping developers save time and cut costs in construction.
The Role of Engineered Wood in Sustainable Structures 1 kcichowicz Fri, 04/21/2023 - 11:23 Sustainability in construction is becoming more important as society moves towards a more sustainable future. Learn about engineered wood’s key role as a green building solution. What Makes a Sustainable Structure?
Sterling Structural , a leading manufacturer of cost-effective, pre-fabricated mass timber and hybrid structuralsystems in North America, today announced the availability of a new Mass Timber Mock-up training kit. The kit includes everything needed to construct a mock-up of a small-scale mass timber building.
The post The Art of Modern Staircase Manufacturing: Precision Engineering Meets Bespoke Design appeared first on UK Construction Blog. These advancements allow manufacturers to create complex designs with precision while maintaining structural integrity.
Unlike other real estate solutions, it’s engineered for efficiency with integrated, nonredundant building systems that can be owner-managed, providing a multitenant solution based on different lab needs. The design is flexible for both single or multitenant incubator spaces. These cases usually involve less complex build-out processes.
The post Epoxy Flooring Birmingham: Durable Solutions for Homes & Businesses appeared first on UK Construction Blog. Epoxy resin flooring has become the go-to choice for Birmingham property owners seeking long-lasting results. When mixed, these components trigger a chemical reaction that initiates the curing process.
Additions are commonly made to the side of a building, which simplifies the structure and creates one plane where the new interfaces with the existing. What worked well for the upper floors to minimize disruption became challenging on the interior of the building.
“In the aftermath of a disaster, a building’s resilience can be understood, not just from its ability to endure a disaster with minimal structural damage, but truly be quickly repaired as needed, and put back into service,” explains Eric F. Breaking out these fundamentals into eight key areas, metal building systems check every box.
From proper lighting and storage solutions to specialised equipment and flooring options, thoughtful garage improvements create an environment where vehicle care becomes accessible and efficient. Installing bright LED lights (3000-5000 lumens) eliminates shadows under vehicles and in engine compartments.
The most dangerous defects include structural issues (foundation cracks, wall collapses), water infiltration, electrical/plumbing failures and HVAC system problems, which often remain hidden for years. These defects range from minor aesthetic issues like cracked tiles to serious structural problems that compromise safety.
When AmplifyGR acquired the property, the main building on the site was a Pre-Engineered Metal Building (PEMB), which was left in place and modified to fit the current needs of the space, including the construction of an addition to the PEMB structure. One of the teams working to bring the H.U.B. ‘07 The Amplify GR H.U.B. ‘07
The University of Washington’s (UW’s) Health Sciences and Education Building (HSEB) in Seattle features a sustainable structuralsystem with cross-laminated timber (CLT), steel, and concrete. The system impacted Seattle Building Code, which previously did not have provisions for hybrid mass timber structures.
For a building owner, contractor, or design professional, encountering an unfamiliar material can be a terrifying prospect, especially if the material makes up something as fundamental as the floor slab. A floor slab in modern construction often means reinforced concrete—ubiquitous and reliable. However, it was not always so.
However, behind the scenes, theres a network of intricate plumbing systems that keep everything running smoothly. For the top floors of a high-rise, this means a struggle to get the same water pressure that lower floors enjoy. This requires careful planning to ensure that each floors plumbing is properly aligned and connected.
PAE Engineers enjoys a unique symbol of its brand identity – the company’s Portland headquarters office, which is the world’s first developer-driven Living Building. Designed to last 500 years, the comfortable, modern and functional structure uses far less energy, water, and material than comparable buildings of its size.
The developer is Hudson Square Properties who tapped consulting engineers JB&B and sustainable design firm COOKFOX to develop and implement practices shared from the Nordic market by Swedish firm urbs. Unique in its design, the structure at 555 Greenwich was designed to fit seamlessly with neighboring 345 Hudson.
The seismic force-resisting system in structuralengineering is designed to resist lateral forces like earthquake shocks, and wind loads are called shear walls. Shear Walls are integrated structurally with roofs and floors, also called diaphragms.
Blueprint Symbols are generally used to indicate function, objects, or systems in the floor plan or any kind of engineering drawing. It could be present in structural drawing, architectural drawing, electrical drawing, machine, etc. What do symbols on blueprint mean?
425 Grand Concourse’s southern exposure required installing sunshades on 13 floors to save energy. They are isolated from the interior slabs supporting them by structural thermal breaks. To minimize the resulting effect of full sun on the south side of the building, the project team introduced sunshades along the lengths of 13 floors.
Harvard University Science and Engineering Complex (SEC) in Boston, Massachusetts, uses a specially designed hydroformed tensile facade system made of stainless steel to maximize energy efficiency and provide occupant comfort. The minimal tensile support structure of the panels allows views and daylight to penetrate into the interiors.
The tower’s structure includes 10 different bay configurations within an isosceles triangle on the floor plan, each consisting of 4.27 The design incorporates 3D aluminum spandrel panels anchored to the concrete floor slab to cover its edge, with stiffeners to resist wind forces and accommodate different bay configurations.
This project ranks among the largest Thornton Tomasetti has designed for a tied back soldier pile and lagging system and is the most complex with regards to numbers and complexity of tieback installation. “We We are very proud of the part we played in being able to bring new life to such an iconic structure,” says Michael Oakland, Ph.D.,
Their expertise covers unique building techniques, system planning, and tiny house requirements. Some even extend coverage to 15 years for structural elements. The application needs site plans, floor plans, elevations, and material specifications. These homes must meet Class 1a dwelling standards. Maximum height: 4.3m
At the top of the building some of the twenty-six east and south facing Terra-Cotta columns [ with the base starting at the 26th floor and extending past the 34th floor] had begun to show cracking and in some areas had began to shed large pieces of stone. The Problem : By 2009, the building had begun to show its age.
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