Articles & Papers
Dive into our extensive collection of articles and papers, offering in-depth insights into continuous insulation and building enclosure solutions, alongside industry trends and best practices.
Filter By
Green Globes, GreenGirt CMH, and SMARTci: Advancing Sustainable Construction Through Innovation
In the building industry, sustainability has become increasingly important, driven by a growing awareness of environmental impacts, economic considerations, and regulatory pressures.
![Innovative Building Solutions: A Comparative Guide to GreenGirt Max CMH™ and Optima CMH™](https://greengirt.com/wp-content/uploads/2024/07/Copy-of-Read-More-GreenGirt.com_-300x150.jpg)
Innovative Building Solutions: A Comparative Guide to GreenGirt Max CMH™ and Optima CMH™
As the construction industry continues to push the boundaries of innovation, the quest for materials that offer unparalleled strength, efficiency, and adaptability becomes paramount. Enter GreenGirt Max CMH™ and GreenGirt Optima CMH™.
![About GreenGirt CMH and SMARTci](https://greengirt.com/wp-content/uploads/2024/07/Blog-Cover-Image-Template-300x150.jpg)
About GreenGirt CMH and SMARTci
Ever wonder about the difference between the GreenGirt CMH™ and SMARTci® systems? Curious about the names of the two popular systems? As your trusted partner for engineered continuous insulation and building enclosure systems, Advanced Architectural Products’ is proud to showcase the popular GreenGirt CMH™ and SMARTci® systems.
![Three Essential Steps for Achieving Thermally Efficient Continuous Insulation Systems](https://greengirt.com/wp-content/uploads/2024/05/Blog-Cover-Image-Three-Essential-Steps-for-Achieving-Thermally-Efficient-Continuous-Insulation-Systems-300x150.jpg)
Three Essential Steps for Achieving Thermally Efficient Continuous Insulation Systems
The thermal performance of wall assemblies plays a crucial role in the quest for more energy-efficient buildings. As the push toward sustainability intensifies, architects and builders prioritize reducing energy consumption through improved building design and materials.
![Understanding and Addressing Thermal Bypasses in Building Enclosures – Gaps, cracks, and air channels inside your building enclosure](https://greengirt.com/wp-content/uploads/2024/05/Blog-Cover-Image-Understanding-and-Addressing-Thermal-Bypasses-in-Building-Enclosures-300x150.jpg)
Understanding and Addressing Thermal Bypasses in Building Enclosures – Gaps, cracks, and air channels inside your building enclosure
“Badly installed insulation can be close to worthless.” – Passivhaus Trust [1]
![Tributary Area Explained: Optimizing Load Distribution on Composite Sub-Framing](https://greengirt.com/wp-content/uploads/2024/05/A2P1088-Tributary-Area-Explained-Blog-Cover-1-300x149.jpg)
Tributary Area Explained: Optimizing Load Distribution on Composite Sub-Framing
A widespread yet misleading approach in construction is the assumption that a building’s cladding load is uniformly distributed across its structure. This oversimplification can usher in considerable liability and safety concerns down the line.
![LEED v4 Update to Focus on Increasing Energy Efficiency of Buildings](https://greengirt.com/wp-content/uploads/2024/05/Blog-Cover-Image-LEED-v4-Update-to-Focus-on-Increasing-Energy-Efficiency-of-Buildings-300x150.jpg)
LEED v4 Update to Focus on Increasing Energy Efficiency of Buildings
Beginning March 1, 2024, all projects newly registering for LEED certification will be held to higher energy performance thresholds. According to the U.S. Green Building Council (USGBC), these updated LEED v4 requirements are intended to swiftly
Fiber-Reinforced Polymer vs. Steel: Weighing Efficiency and Durability in Modern Construction
Navigating the complex world of construction materials, professionals are continually faced with choices shaping their projects’ future. Among these, Fiber-Reinforced Polymer vs. Steel stand out as two materials at the forefront of modern construction debates.
Girts Explained: The Core of Building Strength
In the world of architectural design and construction, some elements, although critical, rarely grab the limelight. Girts are one such component. Integral to the structural integrity and façade support of buildings, girts play a pivotal role in modern construction, yet they often remain overlooked in discussions about building design.