Polished Concrete Overlays Provide Durability, Beauty, and Minimal Maintenance

Few building surfaces are subject to more wear and tear yet are as prominently visible as floors. In the quest to create durable, long-lasting and appealing floor surfaces, concrete has often been used as the base material whether on grade or on an elevated slab.

Final finishes have commonly ranged from any number of flooring materials placed on top of it to simply sealing or painting the concrete. However, recent advances in the technology of cement-based concrete overlays have given rise to a new option that is growing in popularity.

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Welded Wire Reinforcement used in Cast-in-Place Concrete Construction

There are many advantages to using welded wire reinforcement in cast-in-place concrete construction. By using welded wire reinforcement on a project, contractors can save significantly on reinforcement placement time and costs associated with labor force allocation without compromising the designer’s structural intent.

By the end of this course, you will understand the value of welded wire reinforcement in cast-in-place concrete construction and how to bring it into the design process effectively. This information will provide you with a keen understanding of the downstream detailing methodology leveraged by the fabricator.

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The Benefits of Specifying Low-e Coatings

This course will discuss the benefits of specifying high-performance architectural glass to improve the energy efficiency of buildings while reducing their operating costs and carbon emissions. An understanding of solar energy spectrum and common glass performance measures, in addition to the manufacturing processes for pyrolytic and magnetron sputter vacuum disposition low e-coating. The course will help learners to differentiate between passive and solar control low-e coatings and different glass performance measures. Finally, the course will analyze how low-e coatings can improve energy efficiency and assist with earning LEED credit contributions.

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Pathway to Resilience (Print Course)

Over the past several decades, there has been a continuous increase in human and economic loss from disaster events. The rise in disasters and their consequences is related to a rise in people’s vulnerability, induced by human development. However, examples of resiliency planning and more stringent building code requirements still lag. This article will offer a view on emerging risks and opportunities as human and economic losses from disasters increase, with the overarching goal of supporting and advancing resilience in future construction of buildings and critical infrastructure.

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Large Gauged Porcelain Panels

Large gauged porcelain panels/slabs are light, strong and durable, and can be used in projects where other materials would be too thick or heavy. Panels can help with sustainable design or “green” building requirements.\

This course will explore new options for large gauged porcelain panels available for architects and designers. It will highlight not only the manufacturing process and product characteristics, but also the application and installation requirements associated with the material, along with new industry standards.

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Enabling Innovation through Offsite Construction (Print Course)

Offsite construction can be an entry point for innovation that simplifies onsite assembly, provides cost savings, and offers superior performance.

The sector has already implemented just-in-time job site production, reduced cycle time and inventory, and optimized vendor-managed processes.

Offsite construction will evolve to increasingly integrated assemblies to further reduce site labor and utilize advanced automation. Significant innovation in offsite construction is finally pushing a large portion of the construction process from the jobsite into manufacturing plants.

This course will cover what that innovation is and why the construction industry is ripe for change.

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Integral Hardening Admixture for Wear-Resistant Concrete

Wear resistance is required to provide abrasion and erosion protection in order to prolong the service life of concrete. An integral hardening admixture is critical for a functional, superior and long-lasting structure.

This educational unit examines exactly how concrete hardening technologies work, differing features and benefits, so the best abrasion and erosion resistant methods can be specified for each project.

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Light for Satisfaction!

This course dives into lighting as a key factor of wellness. Two current building industry trends - Human Health + Wellness and Transparency – are compelling designers to gain a better understanding of daylighting, the impact of light on our circadian rhythms, and related tools available to designers. The course will explore a few of the building standards that take a deeper dive into lighting as it connects to the human being, as well as technology and strategies that allow designers to better mimic the 24-hour circadian clock within the built environment.

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Designing With Nature In Mind

Welcome a new shift in design, where architecture and nature unite. Homes are built into landscapes, rather than overtaking nature, and incorporate elements of the earth into their design, promoting peace, creativity, and inspiration.

Building materials, such as architectural stone veneer, are being used indoors and outdoors to reflect the qualities found in nature, including symmetry, surprise, and well-being.

Not only does architectural stone veneer bring the beauty of nature into residential and commercial spaces, but it’s also a sustainable alternative to other building materials; it can be recycled, lower transportation and labor costs, and earn LEED credits. It is regulated by strict industry standards, providing durability and versatility, all while offering nearly limitless options in color, texture, look, and use.

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Design Flexibility and Performance with Welded Wire Reinforcement

This course will provide an overview of the history and role of welded wire reinforcement in concrete construction.

It will help architects and designers understand the benefits of WWR in creating high-performance buildings and will explore best practices in specifying WWR to realize cost and time savings in construction that ultimately benefit the owner and all project stakeholders.

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