Building Knowledge and Connections
Displaying 26 - 50 of 238 results.
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https://redirect.aecdaily.com/s18665/www.aecdaily.com/course/1079841
From research to optimization, Kingspan explores the in and outs of real fire examples, insulation comparisons, the science of fire, and how to accurately test your design for fire safety. This course's broad view on the fire performance of insulation boards and the necessary steps needed to adhere to industry standards will give readers the general concepts, skills, and practices to retain high level strategic thinking when ensuring fire safety.
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https://redirect.aecdaily.com/s3379/www.aecdaily.com/course/1002259
Understanding building physics is critical to proper building envelope design. Examined here are practical concepts for the building designer, including how cladding systems perform across different climate zones and applications. Environmental control layers and hygrothermal loads are reviewed, as is the concept of perfect/universal wall design. The course focuses on how single-component insulated metal panels (IMPs) function as a perfect/universal wall, simplifying wall system design and installation.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001817
Conventional building practice consists of single functional materials combined to serve the building design needs. For example, an air barrier is a distinct and separate layer, and water resistive barrier is often a separate layer. New designs concepts where multiple functionality, such as air and water barriers, can be met at the same layer per building code will be discussed. In particular, if insulated foam sheathing is used, appropriate joint treatment can enable compliance as air, water, and thermal barriers. Both conventional solid (peel and stick), and new fluid applied flashing and barriers will be discussed. Participants will also gain an understanding of material options and impact of application techniques on long term building performance.
https://redirect.aecdaily.com/s3379/www.aecdaily.com/course/1002262
Presented by a subject matter expert on behalf of CENTRIA, a Nucor company. As part of a well-designed rainscreen system, single-skin metal panels offer unique aesthetic options combined with the assurance that the building envelope will withstand the effects of long-term exposure to the elements. This course compares common cladding types; presents single-skin metal panel materials, coatings, finishes, and design options; and examines using single-skin metal panels with a single-component barrier wall to form a complete rainscreen assembly.
https://redirect.aecdaily.com/s20141/www.aecdaily.com/course/1235747
This course introduces expanded polystyrene (EPS) underslab insulation and examines its role in energy performance, moisture management, thermal control, vapor management, radon mitigation, and hydronic heating in residential and commercial buildings. The course supports project teams working toward LEED® v5 Building Design and Construction (BD+C) or Interior Design and Construction (ID+C) requirements by outlining how underslab insulation decisions influence compliance with thermal envelope provisions, energy modeling pathways, and material considerations within the rating systems.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1001786
A summary of performance characteristics of thermoplastic roofing systems and review of results from infrared case studies done on reflective roofing products. Emphasizes thermoplastic roofing as a component of sustainable high performance buildings and highlights some of the areas where they may help with LEED certification. Provides a sample calculation of cool roofing energy savings utilizing an on-line calculator.
https://redirect.aecdaily.com/s5023/www.aecdaily.com/course/1044872
Protected Roof Membrane Assemblies and particularly Vegetative Roof Assemblies place extreme requirements on the components below the surface from waterproofing to insulation and everything in between. Each component must meet specific standards to achieve energy efficiency and durability. This course describes the high-performance attributes of PRMA components and defines the building code/performance standards and best specification practices to meet fire, wind, thermal, and moisture performance.
https://redirect.aecdaily.com/s489551/www.aecdaily.com/course/1129580
This course will provide an overview of how energy efficiency impacts today’s building industry, current green housing trends, and how fiberglass doors contribute to sustainable building solutions. In addition, this course will look at the ENERGY STAR program and the contributions made to building awareness using energy-efficient products.
https://redirect.aecdaily.com/s8227/www.aecdaily.com/course/1001153
This course is a targeted course of instruction and professional development for engineering firms engaged in the design of chemical, industrial, and environmental projects such as secondary containment of hazardous waste, industrial wastewater, ozone contactors, and others. The course is technical in nature and describes the role of waterstops in fluid-proofing concrete joints, chemical resistant polymers and steels, and state and federal regulations of compliance.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1001799
Green or vegetative roof systems have become an effective means to address aesthetic and environmental issues and provide energy savings for building owners, while at the same time providing protection for a building and its contents through the use of a high-performance waterproofing system. This program describes the basics of vegetative roof systems and outlines some cost and construction considerations for designers.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1001855
Understand the basics of standing seam metal roof and wall systems. Identify grade vs. gauge and their importance for standing seam metal roofs and walls. Discuss oil canning and why it is prevalent with some metals but not others. Describe how to achieve greatest energy efficiency with metal roofs and walls. Describe storage, handling, onsite vs. controlled environment manufacturing, and how to obtain the right warranty for the product and application.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1216073
As performance, durability, and liability concerns increase, architects and specifiers are re‑evaluating sheathing options; particularly magnesium oxide (MgO)-based boards. This course provides a technical overview of MgO sheathing, focusing on how material chemistry affects moisture behavior, corrosion risk, long‑term durability, and system performance. The session reviews key properties of MgO boards versus traditional sheathing, lessons learned from early‑generation products, advancements in current MgO technologies, and quality control and testing methods used today. Fire performance is examined through NFPA 285 and combustibility testing to clarify when MgO systems are appropriate for commercial wall assemblies.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1023736
A summary of thermoplastic single-ply roofing systems and a review of several alternative roofing systems. Highlights some of the characteristics of PVC membranes and describes the role of PVC roofing as a component in the design of sustainable high-performance buildings. Provides a review and discussion of some of the environmental aspects of PVC-based roofing products."
https://redirect.aecdaily.com/s10213/www.aecdaily.com/course/1229727
This course is an overview of low-slope roof systems providing the necessary background to understand coverboards and thermal barriers. The various coverboard types and reasons for their use are described. Each board type is highlighted along with their primary features, benefits and challenges. The long-term performance of all low-slope roof systems is impacted by several external factors such as weather events and roof system abuse (natural & man-made). Important roof component performance criteria are reviewed, and conclusions drawn, to increase knowledge surrounding coverboard selection.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002254
This seminar will help you understand the impact of air leakage on building enclosure performance, current codes and standards for air leakage control with continuous air barriers and recent advances in implementing airtight buildings in practice. Air leakage can impact building energy performance, envelope durability and occupant's comfort. Air leakage control is generally addressed by energy codes. The US energy codes have only recently recognized the importance of air leakage. For example ASHRAE 90.1, IECC, ASHRAE 189.1, and IgCC have only recently introduced quantitative requirements for air barrier materials, assemblies or whole building airtightness. The US Army Corps of Engineers (USACE) recently introduced an air barrier program for building enclosure airtightness, which requires blower door test for whole building airtightness. This seminar will provide examples of successful implementation of USACE program.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1165345
DuPont™ ArmorWall Plus Fire-Rated (FR) Structural Insulated Sheathing™ (SIS) is an ICC listed, high strength, fire-resistant exterior insulated wall sheathing product, commonly referred to as a Structural Insulated Sheathing (SIS) panel. ArmorWall Plus FR SIS™ offers a factory applied, proprietary air and water-resistive barrier, the first coating specifically designed to be applied to Magnesium Oxide (MgO) board. ArmorWall Plus FR SIS™ incorporates no less than four traditional building enclosure systems into a single Cuts Like Wood. Burns Like Concrete.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1222091
A summary of thermoplastic single-ply roofing systems and a review of several alternative roofing systems. Highlights some of the characteristics of PVC membranes and describes the role of PVC roofing as a component in the design of sustainable high performance buildings. Provides a review and discussion of some of the current issues facing PVC-based roofing products.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1165344
Steel transfers heat amazingly fast – up to 300 times faster than wood studs and reduces the effective R-value of metal stud wall designs by 40–60%. The ASHRAE prescriptive continuous insulation requirements for steel-framed, above-grade walls recognize this phenomenon, and in most climate zones, call for a layer of continuous insulation (ci) to be added to the assembly to help stop the steel thermal shorts that can decrease the energy efficiency of the wall system. To meet continuous insulation code requirements it is critical to also account for condensation within the wall assembly. Even if a wall is adequately designed to prevent liquid water from entering the assembly, condensation can still occur as a result of the interior and exterior temperatures as well as relative humidity.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1014087
The trend toward greater resilience in roof design has come into sharp focus in recent years. The forces driving this trend include the decline in skilled labor among roofing contractors and allied trades; changes in the building code that have been influenced by severe weather patterns; and the increasing application of sustainable and “green" technologies. The urgency of this trend has challenged both design and construction professionals to find both human and technological solutions in a dynamic work environment. This presentation will explore how the trend toward greater roof resilience has affected the application and performance of roofing systems over time. It will also discuss ways to meet the changing demands.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001958
The course describes the origins and reasons for the increasing use of continuous insulation in commercial exterior walls. Included is the air barrier, moisture barrier, and thermal insulation aspects of the wall system. This understanding is then combined with the design objectives of rain screen wall systems to outline the design issues that must be addressed in rain screen wall systems with continuous insulation. Several methods which can solve these design issues are presented. Attendees will understand how to design more energy efficient and robust rain screen wall assemblies.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1217440
This program compares the choices for single ply roofing attachment based on the materials, energy considerations, goals of installation, and weather considerations. It reviews legacy attachment methods and discusses newer potentially more cost effective and less weather sensitive options.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001564
This program is intended to give attendees a deeper understanding of air leakage, air barriers, and air barrier systems as a whole for commercial buildings. Participants will learn the main evaluations performed on air barriers and air barrier systems, as well as characteristics of fluid applied, mechanically fastened (wraps), rigid boardstock, and other air barrier systems. Presentation also addresses why air barrier continuity is critical for performance, and common installation mistakes and how to avoid them.
https://redirect.aecdaily.com/s5147/www.aecdaily.com/course/1202328
The perimeter roof edge is the first line of defense against wind events and costly issues. Learn about why using a proper perimeter roof edge system is critical.
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1084121
Protected Membrane Roofing (PMR) assemblies have been widely adopted in low-slope commercial buildings since the late 1960s. Also known as the Inverted Roof Membrane Assembly or Upside Down / Inverted Roof, PMR assemblies move the waterproofing membrane from the top of the roof assembly to the surface of the structural deck. This simple design change provides several advantages over conventional roof assemblies that have their waterproof membrane fully exposed at the top surface. For architects, PMR assemblies present many opportunities to create innovative, sustainable, and efficient buildings. The most significant advantage is that PMR assemblies offer superior protection against water penetration, which reduces the likelihood of leaks and extends the lifespan of the roofing system. They also offer enhanced energy efficiency, from the strategic insulation layer placed above the waterproofing membrane. This course will also show how PMR assemblies provide ample opportunities for sustainable design integration. They allow for the creation of green roofs or Blue Roof systems, which provide environmental benefits like rainwater harvesting. With its proven record of reliability, PMR assemblies present a compelling solution for architects seeking innovative, sustainable, and efficient roofing option
https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002183
This seminar, organized into 3 sections, will help you understand various aspects of the pitched slope residential roofing market. 1. The first section will review the history of roofing underlayments and their role in water management in the structure. This segment will explore the evolution of different kinds of underlayments under asphaltic shingles and the move towards synthetic underlayments. 2. The second section will review the types of synthetic roofing underlayments and common installation detail failures. This includes an overview of mechanically-fastened, self-adhered, and peel-and-stick roofing underlayments. 3. The third section will review ice damming and moisture intrusion resulting therein. This includes a review of how ice damming can occur, its effects, and strategies that can be employed to safeguard against it. 4. The last section will review the relevant performance criteria applicable to roofing underlayments. These include AC-188, QUV Accelerated Weathering Testing, EMMAQUA Testing, ASTM G154 Testing, and ASTM 4869
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