The technical properties and performance characteristics of fire-rated glazing systems often cause confusion in the building industry. In addition, fire-rated glazing products have become more sophisticated to align with today’s increasingly complex building designs, so it is important to understand your options and how to use fire-rated glazing assemblies to solve design challenges that arise in areas with strict fire and life safety criteria, such as sight lines, glazing size, glass clarity, aesthetic discrepancies, and increasingly complex building designs.
This course will enable you to be able to define the solar energy spectrum and common glass performance measures, discuss the manufacturing processes for pyrolytic and MSVD low-e coatings, identify how passive and solar control low-e coatings differ and impact glass performance measures, and how low-e coatings improve energy efficiency and earn LEED® credit contributions.
Glass Production, Processing & Performance provides an introduction to the different types of glass that are available and how to use them. Significant emphasis is placed on coated glasses, including the common types of low-e application processes and the impacts on energy and environmental performance. In addition, different types of flat glass processing and fabrication methods, as they relate to specifying glass, are also covered.
This course will help educate the architect about alternative fire-rated window, door, and vision or glass wall materials currently available in commercial construction. The learning unit will summarize the history of this evolution and compare some of the different designs that are available to the architect today. It will also explore examples of how fire-rated aluminum glazing systems can be incorporated while addressing some of the common code considerations.
This course will address glass basics and the part it can play in building performance. It covers the ways glass can enhance building performance and focuses on energy savings. It looks at the human experiences within the spaces that you create. Finally, we will discuss a set of considerations you’ll want to have in mind as you embark on your next building project involving glass, while highlighting some upcoming trends.
Photography and other digital images are increasingly popular choices for incorporating design elements into indoor and outdoor laminated glass features. This course explores vector graphics in detail, examines their use in laminated glass, and describes the new technologies and tools designers can use to create vector designs from a wider array of images and in large-scale applications. Project samples are included.
Conservatories are more than add-on glass structures for the home or stand-alones for parks and gardens. This CEU addresses the numerous benefits of creating custom conservatory environments which save energy and maximize space and enjoyment for all users. The course also helps architects and builders understand how to select a vendor and specify a structure based on an array of factors including client needs, climate, and functional requirements.
Selecting Materials for Outdoor Applications: Choice of Materials - and Product Suppliers - Matters on Many Levels (Print Course)
Selecting materials and finishes is an integral part of specifying site furniture products. This course reviews typical conditions inherent to outdoor environments, along with the potential impact on materials, products and installed projects. A range of materials commonly used outdoors, including wood, metal, concrete and glass, is examined against a selection framework that compares conventional materials with high-performance options, and considers material durability, performance, aesthetics, and environmental impact. Several site furniture projects are also examined.
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.
Electrochromic glass is a smart solution for buildings in which solar control is a challenge, including classroom settings, healthcare facilities, commercial offices, retail spaces, museums and cultural institutions. Interior spaces featuring an atrium or skylights also benefit from the use of smart glass. Electrochromic glass maintains access to daylight and outdoor views, which are linked to faster rates of learning and patient recovery, improved emotional wellness, increased productivity and reduced employee absenteeism. Not only does electrochromic glass offer design flexibility and occupant benefits, it also contributes to sustainability goals and energy savings.
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