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Devising a plan is one of the necessary steps that lead to successful construction. In order to build the best quality bridge, construction workers must strategically plan the process ahead of time. Before deciding what is going to be built, consider how it is going to be built. The two go hand in hand when achieving projects. To shape the best results, construction workers must keep the planning process in mind. More importantly, the pre-planning process! While it can be a challenge, pre-planning construction is fundamental and crucial.

Strategy-Based Projects

To start with a plan, one must have an end goal. In other words, a strategy-based process is necessary to achieve your intended goal. U.S. Bridge takes both speed and quality seriously when it comes to building quality bridges. Start on the ends and make your way to the middle. This means determining your end goal, pre-planning your project, then working to connect the two. During construction, it will help to track your performance to make sure you are meeting your mark. Using 3 steps, you can execute your next construction project:

  • Pre-plan
  • Track/measure your performance
  • Meet your Goal

Realistic Measurement

In addition, measurement is a critical component of construction. There are numerous qualities of measurement that must be considered during the design and building processes. Some qualities include:

  • Dimension
  • Quantity
  • Level
  • Pressure
  • Time

At U.S. Bridge, precision is essential during measurement. In fact every detail of our bridges are met with a level of attention and efficiency to ensure it is delivered on time and to your specifications. These are all measurements that ensure longevity, durability, and sustainability.

Pre-Planning Project Completion

In the construction realm, possibilities such as natural disasters, emergencies, and accidents may occur. These are factors every laborer must be prepared to confront. Ideally, every team’s goal is to complete projects as quickly as possible. However, one cannot escape the inevitable. So, be sure to devise a realistic rate of completion when pre-planning your project.

Quality Assurance

U.S. Bridge understands the value of our customers. Our 80 years of construction experience teaches us the best ways to build quality bridges. Pre-planning our projects facilitates the process and leads to success. For questions or concerns, contact us today and get a quote to start on your next project!

Recovering Materials From Construction And Demolition

The mission to enforce more eco-friendly solutions is paving the way in today’s workforce. In fact, construction companies are discovering new ways to implement this cause and illustrate safety and recovery in the industry. It requires construction laborers to be smart throughout all processes, starting with design and leading to demolition. When buildings are demolished, what most people see are bundles of rubble and debris gone to waste. However, smart contractors and business owners are beginning to see that recovering materials from construction and demolition projects has more benefits than it does drawbacks. Fortunately, construction companies are now able to recover useful materials that can be used for future projects.

Benefits of Recovering Materials

Contractors and business owners have been discovering reliable resources found in piles of demolition debris. These materials can be collected for future construction and renovation projects. Additionally, they have provided:

  • Environmental Benefits: Recovering materials from construction and demolition conserves landfill space and reduces greenhouse emissions. In fact, according to the Construction & Demolition Recycling Association, over 4,000 acres could be saved annually through the recovery of mixed construction and demolition materials and reclaimed asphalt pavement. Using recycled materials uses less energy and prevents the burning of fossil fuels. In conclusion, construction industries can now save 85 million barrels of oil and save the environment without processing raw materials.
  • Economic Benefits: Furthermore, recovering materials saves money by reducing disposal and transportation costs. In addition, it saves from costs of purchasing new materials and equipment. By estimate, the construction industry can support thousands of jobs at U.S. recycling facilities. Recovering materials can result in billions of dollars in economic contribution.

Construction Outcomes

When the time comes to re-design buildings or get rid of them as a whole, construction companies determine solutions to resolve projects.

  • Deconstruction: Dismantling large portions of a structure
  • Demolition: The complete knock-down of a structure
  • Renovation: Partially dismantling interior or exterior materials in order to repair and restore an existing structure.

The benefits of these construction outcomes are that companies can still enforce the idea of recovering materials. With a thorough search, you’ll be surprised to find a large amount of reusable resources. Also, workers can not only recover from these solutions but can also implement green design by building with 100% recycled materials. However, not all materials are recyclable. Nonetheless, they are still able to be reused for future construction strategies.

Recovering Materials on the Work Site

In regards to construction labor, recognizing the way workers handle deconstruction processes is important. Also, they must be aware of which materials are recyclable. How can construction laborers facilitate the process to be more efficient? When building new structures, a waste material recovery plan is highly beneficial. So, at the end of a structure’s life cycle, companies can be aware of how to handle the deconstruction process and how they can recover reusable materials. Some of these materials include:

  • Wood
  • Asphalt
  • Metals
  • Concrete
  • Brick
  • Gypsum Wallboard
  • Roofing
  • Steel

Steel is not only reusable but it is also recyclable. U.S. Bridge engineers and manufactures steel bridges from the bottom up. With speed, quality, and experience, we boost transportation for communities all across the globe. As our main building resource, steel proves to be durable, versatile, and sustainable. Lightweight and easy to repair, steel is the best material for bridges.

Green Design for Construction

More and more, companies are emphasizing resource efficiency within the industry. In fact, there is more incentive to reduce, reuse, and recycle construction waste than ever before. In fact, all across the globe there are people using eco-friendly materials and greener solutions in infrastructure. All in all, green design focuses on:

  • Protecting the environment
  • Enabling the health of people and wildlife
  • Strengthening the durability and safety of structures

U.S. Bridge builds long lasting structures and supports impacting the environment during the process. In a previous U.S. Bridge article, we share the importance of green design and sustainable bridge building.

U.S. Bridge is on a Journey

At U.S. Bridge, we believe in connecting communities. Our bridges are designed with the highest quality steel and are built to fit your needs. Ultimately, the construction industry can collect a future’s worth of recovered materials if we start now. U.S. Bridge’s team of dedicated experts will ensure that our bridges are made with speed and quality care. Get a quote today!

USB-Blog-How-it-Works-Engineering-Bridges-To-Handle-Stress

Bridges are often seen as immovable structures, but in truth, they are quite dynamic. Bridges must be engineered to move with environmental stressors in order to avoid unnecessary wear and tear. Additionally, different load types, weather conditions, and traffic can all cause bridges to adjust at various times. In a way, a bridge is an engineering marvel. So, how does it work? Below are some of the key components of bridge engineering and how they handle stress.

Oh, Gravity!

Gravity has the most profound impact on a bridge. Gravity is a constant – no matter what the other conditions, gravity is always acting on a structure, trying to pull it down. Bridges are at an even more unfair advantage against gravity since they span open spaces. For instance, a building, like a skyscraper, is also affected by gravity, but the ground the building is built on pushes back, creating an equilibrium of sorts. Bridges have no ground beneath them to act as a counterbalance to gravity. However, bridge failures are rare, thank goodness! So, how do designers go about engineering bridges to compensate for this gravitational pull?

Compression and tension are carefully balanced by channeling the bridge’s load onto the abutments (the supports on either end of the bridge) and the piers (the supports underneath the bridge).

Other Factors When Engineering Bridges

While gravity may be the most consistent force acting on a bridge, there are a handful of other elements that have a significant impact.

Loads – Bridge loads change often from vehicle to vehicle. Even a bridge specifically designed for one type of job, i.e. a train bridge, will find its load varying often. Different trains and their cargo weigh different amounts. Hence, it is imperative to engineer bridges that can adapt to these loads by flexing and bending and then returning to their normal state once the load passes.

Weather – Weather can wreck havoc on most structures, and bridges are no exception. Earthquakes and hurricanes can greatly impact structural integrity, while tides and wind can cause twisting and swaying. However, water is the most worrisome factor, because its different states generate different results. As snow or rain, water can make a bridge surface slippery; but, as ice, water can get into the crevices of a bridge and expand, causing more issues once the ice melts.

All these elements must be taken into consideration when designing and constructing a bridge. Only true experts understand what it takes to build a robust, durable, and functional bridge.

Find Out More Today

To find out more about how we go about engineering bridges to meet various workloads and demands, please contact U.S. Bridge today. Our team of engineering experts have been building bridges for decades. U.S. Bridge can bring that level of expertise to your next project too.

Optimal Design Of Through-Truss Steel Bridges

Truss bridges are one of the oldest bridge types in America. In fact, even novice bridge enthusiasts can easily spot one, since they are identified by their singular design feature: the truss, which forms triangular units. Truss bridges are used for a variety of reasons, mainly because they can easily accommodate dynamic loads. A through-truss bridge is one in which the roadway dissects the truss, meaning the truss is seen both above and below the deck. Here are a few interesting facts about the optimal design of through-truss steel bridges.

Factors that Impact Truss Steel Bridge Design

When studying through-truss steel bridges, engineers are primarily concerned with three things: optimum weight, optimum height and building material. A combination of these factors greatly impacts not only the cost of the bridge, but also its longevity and usefulness. Additional factors such as weather and use are also taken into consideration.

Determining the Optimal Through-Truss Design

In 2014, students at the civil engineering school at the University of Manchester in the UK studied through-truss bridge design with the goal of understanding the best combination of the above. They were most concerned with bridge stability, longevity, and cost-effectiveness. They determined that the element with the most impact on bridge design was the decking material. While minor adjustments can be made in the width and height, the weight of the decking material has the largest impact on the longevity of the bridge. They also realized that reinforced concrete decking is the most cost-effective; however, when reducing weight is the primarily concern, steel is the best option.

Through-Truss Bridges and U.S. Bridge

U.S. Bridge has been a leader in bridge building since 1936. Our expert staff of engineers, builders, and designers are well-versed in all bridge types, including through-truss steel bridges. Still family-owned and operated, U.S. Bridge is committed to providing customers with the latest in bridge design and construction. Our past clients include state and local governments, as well as businesses.

If you would like to find out more about U.S. Bridge, our work and our team of experts, please contact us today. We are happy to discuss your steel bridge needs and look forward to working with you.

U.S. Bridge Featured in Cannelville Road Bridge Case Study

Once in awhile we are requested to perform along side of the best in our industry. The Cannelville Road Bridge was one of those stories. In Muskingum County we built a bridge that uses an innovative press-brake-formed steel tub girder (PBTG) system. We are proud of our technical prowess and innovation. We always build schedules […]