Remove Building Optimization Remove Building Resilience Remove Environmental Impact Assessment
article thumbnail

DfMA Approach to Mass Timber Design: Engineering a Greener Future

Civil + Structural Engineer

Design for Manufacturing and Assembly (DfMA) is leading the way in modern building design, reshaping how we build, especially when it comes to mass timber. The construction industry is grappling with growing demands for environmental responsibility and project efficiency.

article thumbnail

Making the Grade: Why Lightweight Aggregates may be the Key to Improved Infrastructure

Civil + Structural Engineer

In the latest edition, the nation scored a C- on the overall assessment, indicating that while overall these systems are in fair condition, they exhibit deficiencies and increasing vulnerabilities. One way to bolster the overall resilience of a roadway is to assess the stability and quality of soil beneath it.

Insiders

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

article thumbnail

Facility Condition Assessment Data Can Help Reduce Carbon Footprint

BDC Network

Facility Condition Assessment Data Can Help Reduce Carbon Footprint 1 kcichowicz Tue, 10/15/2024 - 10:59 Facility condition assessments provide powerful insight into your buildings and offer an ideal vehicle to advance resiliency and decarbonization goals.

article thumbnail

Barrier breakthroughs: Achieving airtightness in modern construction

Construction Specifier

Photo courtesy Intertek As building codes and standards evolve, the demand for airtight, environmentally friendly building enclosures increases among building owners, insurers, and design professionals. Air barriers are essential for maintaining the integrity and performance of building enclosures.

article thumbnail

Addressing the Microclimate

Civil + Structural Engineer

Neetha Vasan is a Senior Microclimate Scientist and Associate at Rowan William Davies & Irwin (RWDI) LLC, who specializes in building engineering with a focus on assessing the aerodynamic and wind resistant properties of construction projects.

article thumbnail

Advancing sustainable construction: Specifying low-carbon concrete

Construction Specifier

2 Buildings are responsible for approximately 42 percent of CO2 emissions, 15 percent of which is attributed to the embodied carbon of materials. trillion sf) of building floorspace by 2060—equivalent space of New York City added every month for 40 years—the time for the industry to act is now. Millions of properties across the U.S.

article thumbnail

Address Cement-Related Carbon During Design to Achieve Net Zero

Civil + Structural Engineer

By Kristin Dispenza, Advancing Organizational Excellence Cement has historically been so far upstream in a building’s supply chain that designers, engineers, and building owners ignored the details of its production. Such flexibility is needed, since going “the last mile” in energy optimization can require inventive solutions.