GCO podcast

Dive into the latest episode of the GCO Podcast as we unravel the wonders of Prefabricated Ferrocement Jackets—a revolutionary method to strengthen concrete structures. Discover the genius behind this game-changing research, all backed by enlightening test results and innovations. Tune in now! Authors: Abir Mahmood, A. B. M. A. Kaish, Taghreed Khaleefa Mohammed Ali, Ahmed W. Al Zand, Maslina Jamil...

Explore groundbreaking insights into the future of structural health with our latest GCO Podcast! Delve into innovative damage detection techniques using piezoelectric sensors, revealing their potential in enhancing building resilience against catastrophic seismic events.  Uncover cost-effective solutions in civil engineering with experts Atsushi Suzuki, Wang Liao, and team.    Authors:  Atsushi S...

Dive into the latest episode of the GCO Podcast where we unravel the future of flexible pavement engineering. Discover how integrating waste materials and geosynthetics can revolutionise both sustainability and cost-efficiency. A must-listen for forward-thinking civil engineers. Author(s) Primož Jeluši?, Süleyman Gücek, Bojan Žlender ,Cahit Gürer, Rok Varga, Tamara Bra?ko ,Murat V. Taciro?lu, Bura...

Explore the groundbreaking research on Porous Asphalt Mixtures with Improved Fatigue Resistance, a solution for reducing stormwater runoff and pollutants in urban road pavement. Listen now on the GCO Podcast! Author(s) Gabriela Hammes and Liseane Padilha Thives Published by: MPDI  Published on: 17 Agust 2023 Read Article

Dive into the GCO Podcast as we explore a groundbreaking strategy for retrofitting masonry walls using textile-reinforced concrete . Discover how modern innovations blend with traditional construction techniques for enhanced structural and thermal performance. Tune in now! Author(s) Smitha Gopinath, Abhishek Kumar and Lavanya Eragam Published by: ASCE Published on: 4 Aug 2023 Read Article

Join the latest episode of the GCO Podcast as we delve into a breakthrough study on the seismic performance of a joint between timber-concrete composite beams and a steel column.  Tune in to discover how this innovative semi-rigid connection, tested under quasi-static cyclic loads, could revolutionise seismic resistance in civil engineering. Authors: Haotian Tao, Huifeng Yang, Liqiu Tang, and Benk...

Dive into this episode of the GCO Podcast where we explore the innovative use of microwave technology in civil engineering.  Discover how microwaving isn't just for your dinner anymore, but a promising tool for heating and drying building materials, particularly aerated concrete blocks. Read Article

Delve into the innovative world of civil engineering with the GCO Podcast. This episode explores the dynamic mechanical behaviour of GFRP rock bolts in mining operations. Discover cutting-edge research, intriguing findings, and the future of mining technology. Author(s) Wenjie Wang Longzhe, Chaoshui Xu, Chao Liu, Hao Wang and Jingting Published by: ICE Published on: 30 June 2023 Read Article 

Unearth the potential of renewable components in concrete technology with the GCO Podcast.  This episode delves into an innovative research study examining the role of coconut shells in altering concrete's structure and properties. Tune in for groundbreaking insights into sustainable construction practices, right from the heart of civil engineering advancements. Read Article

Unearth the potential of waste materials in geotechnical applications in our latest GCO podcast. We dissect a trailblazing research paper on synthetic lightweight aggregates composed of reused biomass fly ash and waste plastics. Tune in for an insightful journey into environmental sustainability and geotechnical innovation. #GCOPodcast #Sustainability #CivilEngineering #WasteReuse #GeotechnicalInn...

Explore the fascinating world of civil engineering in our podcast, as we delve into the novel methods of liquid nitrogen cooling in cement hydration.  Join our trio of ingenious engineers who are revolutionising the integrity of concrete, reducing thermal cracking, and increasing compressive strength. They're bringing the icy chill of the lab right to the heart of our everyday structures.  Lea...

Join GCO Podcast's exploration of 'A Test Road with Unbound Base and Sub-Base Course from MSWI Bottom Ash Mixtures.' Learn how innovative reuse of waste material challenges road construction norms, paving the way for a sustainable future. Tune in for insights on the latest advancements in civil engineering. #SustainableConstruction #CivilEngineeringInnovation #MSWIBottomAsh #GreenRoads...

Discover the eco-friendly future of asphalt in our latest podcast episode, where we delve into groundbreaking research by Tingting Xie and Linbing Wang on bamboo fibers.  Explore how this sustainable and durable material enhances crack resistance, high-temperature stability, and low-temperature performance, all while conserving resources and protecting the environment. Unravel the secrets behind t...

Discover the innovative steel-concrete composite pylon revolutionising bridge construction in our latest GCO podcast, featuring the Nanjing Fifth Yangtze River Bridge. Uncover the future of civil engineering today! Author(s): Bida Pei, Aixiu Chong, Huan Xia & Xueyun Kang Published by: Nature Published on: 24 April 2023 Read Article

Explore the benefits of hemp stalk insulation in this engaging podcast, delving into its eco-friendly properties, energy efficiency, and the latest research on bio-composite materials.  #HempInslationPodcast #GreenBuilding #CircularEconomy #SustainableConstruction #EcoFriendlyMaterials Author(s): Borja Martínez, Ernest Bernat-Maso and Lluis Gil Published by: MPDI Published on: 20 April 2023 Read A...

Tune into our podcast to explore the innovative use of PVC waste from bottle labels in geopolymer mortar, creating eco-friendly, lightweight construction materials with thermal insulation properties. .Author(s) Ronnakrit Kunthawatwong, Ampol Wongsa, Jindarat Ekprasert, Piti Sukontasukkul, Vanchai Sata and Prinya Chindaprasirt Published by: MPDI Published on: 14 April 2023 Read Article

In this episode of the GCO podcast, we explore the field implementation and performance of fiber-reinforced low-shrinkage concrete for bridge deck construction. Learn about the benefits of using FRC in areas with high tensile stresses and the use of sensor towers to monitor concrete performance. Published by: ASCE Published on: 3 April 2023 Read Article

Recycled tyre polymer fiber derived from waste tires has gained attention as a promising additive for concrete reinforcement, particularly for building materials that require resistance against cracking. The study shows that the addition of treated fiber in small amounts increases the flexural strength of concrete, while the addition of untreated fiber decreases the compressive and flexural streng...

Moisture damage in asphalt mixtures is a result of losing bond strength at the interface of the asphalt binder and aggregate matrix. Selecting materials that resist moisture damage is crucial for warm-mix asphalt (WMA) mixtures. The study found that WMA binders imparted similar or even higher bond strength than the base asphalt binder, with the chemical-based WMA additive Rediset showing the best...

Discover how to effectively repair concrete surface defects with our innovative infiltration consolidation repair material. Our study reveals the material's excellent bonding properties and ability to penetrate deep into the surface, resulting in a high-performance consolidation body. Learn about the impressive results of our mechanical tests and freeze-thaw cycle experiments, proving the dura...

This article reviews the use of fibers to improve the structural response of reinforced concrete-filled steel tubes (CFSTs).  Steel fibers significantly enhance load-carrying capacity and ductility, while adding SFs by 1% is more effective than 1.5%. GFRP sheets and jackets increase compressive strength, load-carrying capacity, stiffness, and energy absorption capacity. Publish by: MPDI Publish on...

Polymer concrete is widely used in civil engineering due to its superior properties, but its thermal resistance is relatively low. Adding short fibers improves its load carrying capacity and fracture properties, especially at lower temperatures.  Published by: MPDI Published on : 21 February 2023 Read Article

German architecture firm Henn and researchers from TU Dresden have completed the Cube, the world’s first building made entirely of carbon concrete. The innovative use of carbon concrete could revolutionize the construction industry. #concrete #carbonconcrete #carbonreinforcedconcrete #gcoportal Published by: dezeen Published on: 21 February 2023 Read More

This article explores the use of high-volume tile ceramic wastes in sustainable geopolymer composites to enhance impact resistance. The study presents promising results, suggesting that this innovative approach has the potential to contribute significantly to the production of more durable and sustainable building materials. Author(s) Ghasan Fahim Huseien, Ziyad Kubba, Akram M. Mhaya, Noshaba Hass...

The article discusses the investigation of using crushed glass waste as a filler replacement in hot asphalt mixtures. The results show that the replacement of traditional fillers with crushed glass waste can significantly improve the performance and sustainability of hot asphalt mixtures. Author(s): Firas Barraj, Sarah Mahfouz, Hussein Kassem, Jamal Khatib, Dimitrios Goulias and Adel Elkordi Publi...