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Changes to masonry codes will be showing up in your local building codes soon. Here’s a breakdown of the updates you’ll need to stay ahead of the curve: https://hubs.la/Q02PcylW0

#AlfredUniversity graduate an entrepreneur, Peter Roberts is leading a revolution in advanced masonry technology. By utilizing innovative methods and sustainable materials, the company is crafting stunning masonry structures with arches and domes made from concrete blocks. These cutting-edge products and designs are opening new markets in masonry construction. Their technology not only lowers building costs but also enhances efficiency and safety during assembly. Structures built with these advancements are more resilient against extreme weather events, wildfires, tornadoes, and hurricanes. A new era of design is here, bringing beautiful, durable, and energy-efficient buildings to life

Most of the concrete we see around us starts off in a semi-liquid slurry state in a mixer truck, but ends up pretty flat (horizontally or vertically) as it cures. The possibilities are really infinite tho, with its capacity for curves, angles, notches, everything in between, and patterns pressed into (or pushing out of) it. Of course there are wood frame and steel buildings that push the envelope form-wise, but site-cast concrete really lends itself to pushing the boundaries of building geometry.

Segmental Blockwork Retaining Wall System Back in 2022, Maccaferri completed a project in a leafy suburb of Glasgow, Maccaferri supplied and installed 250m2 of MacWall. The MacWall? segmental blockwork retaining wall system combines the aesthetics of masonry walls with the engineered reassurance of reinforced earth. Segmental block retaining walls (SRWs) are increasingly popular due to their ease of construction, cost-effectiveness and versatility. The two components of the MacWall? system are: ?? split-face concrete modular block in a range of colours to suit adjacent structures and environments. ?? Reinforcement Paragrid? geogrids sandwiched between the courses of block. Paragrid? geogrids are placed horizontally within the structural backfill to the wall, providing tensile strength and reinforcing the soil mass. The grids also tie the fascia blocks to the reinforced soil. A range of block types to suit most requirements is available with slope face angles from 2° to 11°. ?? Learn more about MacWall??https://lnkd.in/eP-W9aRf #civilengineering #construction #retainingwall #retainingstructures?

A counterfort retaining wall is a type of structure used to hold back soil or other materials. It consists of a series of vertical concrete ribs, called counterforts, spaced at intervals along the wall. These counterforts are connected to a horizontal slab, called the base slab, at the bottom and a vertical slab, called the stem, at the back. The counterforts help to distribute the pressure from the retained material more evenly, providing stability to the wall. This design allows for greater strength and stability compared to a typical cantilever retaining wall.#retainingwalls #civilengineering #construction

Understanding Concrete Creep: What You Need to Know Concrete creep is a gradual deformation of concrete under sustained load, leading to long-term strain beyond its initial elastic behavior. Over time, this can result in deflections in beams, columns, and slabs, impacting structural performance. Key factors affecting concrete creep include: Load Duration: The longer the load is applied, the greater the creep. Humidity & Temperature: High moisture and elevated temperatures accelerate creep. Mix Design: High water content and low-strength concrete are more prone to creep. While concrete creep is inevitable, proper design considerations, material selection, and structural reinforcement can mitigate its impact. Understanding this phenomenon is crucial for maintaining the longevity and safety of concrete structures. #Concrete #Construction #CivilEngineering #StructuralDesign #BuildingResilience

SUSPENDED SLAB?is a type of structural flooring system commonly used in construction. Here’s how it works: 1. Definition : A suspended slab is a concrete slab that is?suspended above the ground?rather than being directly in contact with it. 2. Construction : The slab is supported by?steel joists or beams, which are in turn supported by columns or walls. These joists or beams create the framework for the slab. 3. Reinforcement : The slab is then?reinforced with steel rebar or mesh?to provide additional strength and stability. 4. Applications : Suspended slabs are often used for?upper floors?in houses or buildings. They can also be placed on top of pre-constructed walls to form a ground floor. Overall, suspended slabs are an efficient and cost-effective way to create floors without extensive excavation work. #SuspendedSlab #ConstructionManagement #ProjectManagementProfessional #MasterProjectManager

?? This article provides additional guidance on the use of rendering on different substrates. It is important that all workmanship carried out during construction be completed in accordance with the relevant tolerances. The article covers: ? General requirements (all substrates) ? Rendering directly onto masonry outer leafs to cavity walls ? Render cladding systems onto timber / steel framed structures ? Direct rendering onto Insulated Concrete Formwork Structures (ICF) ? Rendering on External wall insulation systems (EWI or EWCS) ? Rendering below horizontal DPC level – all cases (i.e. within 150mm of the adjacent ground level) https://hubs.ly/Q02QzLL50

Retaining walls serve to hold back soil or other materials and prevent erosion. There are various types of retaining walls, each designed to suit specific needs and conditions. 1. Gravity Retaining Walls: - Rely on their own weight and mass to resist pressure from retained soil. - Common materials include concrete, stone, or brick. - Suitable for low to medium-height walls. 2. Cantilever Retaining Walls: - Feature a thin stem and a base slab. - Utilize the principle of leverage to resist soil pressure. - Commonly constructed with reinforced concrete. 3. Counterfort Retaining Walls: - Similar to cantilever walls but include vertical concrete webs on the rear side. - Enhances stability, especially for taller walls. - Effective in resisting bending and shear forces. 4. Buttress Retaining Walls: - Characterized by a series of wing walls or buttresses extending from the rear face. - Distribute lateral earth pressure more effectively. - Commonly used for taller walls and in situations with high lateral loads. 5. Semi-Gravity Retaining Walls: - Combine features of both gravity and cantilever walls. - Use some self-weight for stability, but may also include reinforcement. - Suitable for medium to high walls where a balance of materials and construction methods is desired. Choosing the appropriate retaining wall type depends on factors such as wall height, soil characteristics, space constraints, and aesthetic preferences. Professional engineering expertise is crucial to ensure the wall's effectiveness and long-term stability. #Emgineering #construction

Skeletal Structural Framing Methods In Tall Buildings https://lnkd.in/g9N8iqcn