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Results 101 - 108 of 108 for Tensile strength
  • The Resurgence of Flax as a Building Material
    Article - 22 Mar 2023
    Today, we may be familiar with flax as a cooking ingredient in the form of flaxseed and oil, but it has much more to offer. Scientists are now exploring how flax can be used as a building material,...
  • Why is the Rheological Analysis of Cements Important?
    Article - 28 Jun 2022
    Rheological concepts and methods used in concrete incorporate the deformation of hardened cement paste, the handling and placement of newly mixed concrete, and the characteristics of its component...
  • Hempcrete vs. Concrete
    Article - 8 Jul 2019
    The building and construction industry is moving towards using more sustainable materials. Hempcrete is a building material made from hemp, a plant from a strain of the Cannabis sativa plant species,...
  • The Benefits of Reinforced Concrete
    Article - 3 Apr 2019
    Builders have been using reinforced concrete since prehistoric times, and over the millennia, this technology has evolved.
  • Polycarbonate Safeguard UVX
    Article - 17 Nov 2008
    Manufactured with UV protective coatings on both sides, Polycarbonate Safeguard UVX from Dotmar offers excellent weathering properties, whilst maintaining high clarity and impact resistance
  • What to do With Asbestos in the Home and Workplace
    Article - 22 Oct 2008
    This article looks at where asbestos can be found and what to do if you encounter it at home or in the workplace.
  • What Polymers are Used in Construction?
    Article - 15 Mar 2022
    As an engineering building material, polymers have become increasingly essential. The applications and properties of polymers are broad due to the ease of fabrication and the ability to produce...
  • Erosion Management Using The Cost Effective, Ecologically Sound Ecoflex E Rosion Control System
    Article - 17 Oct 2005
    Ecoflex E Rosion Control are patented systems that use recycled material to achieve engineer designed structures for control of water erosion, for an average 20% less cost than traditional systems.
Reducing Embodied Carbon Through Design

Reducing Embodied Carbon Through Design

With an increase in the pressure to decarbonize the built environment and build more carbon-neutral buildings, the reduction of embodied carbon has become of great importance.

Calcium Carbonate Concrete: Building on Recycling

Calcium Carbonate Concrete: Building on Recycling

AZoBuild talks to Professors Noguchi and Maruyama about their research and development of Calcium Carbonate Concrete (CCC), a new material that has the potential to cause a sustainable revolution in the construction industry.

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