Novel Active Facade Systems and Their Energy Performance in Commercial Buildings
This article presents results of a research study that focuses on understanding energy performance of novel facade systems that integrate thermoelect…
This article presents results of a research study that focuses on understanding energy performance of novel facade systems that integrate thermoelect…
The use of bidirectional scattering distribution function incorporated in a transient systems simulation program, allows engineers to accurately dete…
This paper tells the story of a Double Skin Facade (DSF), where high performance and multi-disciplinary collaboration saves a library concept of open…
This paper will focus on the design and detailing of large-format glass enclosures intended to maximize transparency using state-of-the-art materials…
Environmental and socio-economic benefits of sustainable preservation have become apparent most recently in the restoration of the historic former Ma…
Airflow within the cavity of double-skin facades is a key component of adaptive building envelopes which change thermophysical properties to meet cha…
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
The journey to a zero net energy (ZNE) future starts with renovating the current paradigm of building design. The way buildings are designed today needs a retrofit in thinking so new projects meet the challenges of the global climate crisis.
Approximately 80% of our total building stock is from the 20th century. During the last decades, along with an increasing appreciation of modern arch…