NES Fircroft’s Post

Performing Dynamic Cone Penetration (DCP) Test during a Structural Audit via Non Destructive Testing (NDT) exercise of an existing building. The aim is to establish the engineering properties of the soils on site on which the foundations are built on. The main output will be "The Numeric Value of Soil Bearing Capacity" to be used to assess the capacity of the existing foundations Captured in the footage is an active structural retrofit site in Ukunda- Diani🇰🇪 code named Project Flying Dutchman We are a leading Engineering and Project Management Firm. We bring together an exemplary team of construction professionals with vast experience in the built and natural environment to deliver any design and build project brief. We partner with quantity surveyors, engineers, architects, project managers and contractors to guarantee optimum actualization of every project brief. We are FOS Engineering Solutions. #CivilEngineer #SchmidtHammer #KenyanEngineer #FoundationConstruction #RetrofitSite #StructuralEngineering #BuildingDesign #BuildingConstruction #DCP #UsidanganyweNaFundi #AskFOS #ArchitecturalDesign #Architecture #BearingCapacity #LandscapeArchitecture #NonDestructiveTesting #BuildingConstruction #StructuralEngineering #CivilEngineering #Structures #ProjectManagement #FOSEngineeringSolutions #AskFOS #DynamicConePenetration #Kenya #EastAfrica #CivilEngineeringUpdates #ReboundHammerTest #NDT #ConstructionProject #ConstructionSite #StructuralDesign

What does that insurance commercial say. "15 minutes could save you 15% or more". Before attempting a lift, making a pour, setting equipment or completing any other critical path task, a quick 30 minute survey can save you money and time by identifying any potential issues. #automet #shoresmds #constructionsupport #moduleinstallation #constructionquality #nomorerework

Offshore Structural Design

Piping and Pipeline Calculations Manual Construction, Design Fabrication and Examination

"As a structural engineer👷, what are the biggest challenges you face from the #ground?" "How have requirements regarding ground movement prediction 📈changed in recent years?" "What is the key🔑 to structural and #geotechnical engineers working together successfully?" See what Mustafa Jamal, Head of #StructuralEngineering at Gulf House Engineering, has to say about all these questions and more in our conversation below 👇 #gulf #bahrain

The American Society of Civil Engineers (ASCE) provides guidelines for seismic restraint requirements for piping systems through the publication of ASCE 7, "Minimum Design Loads for Buildings and Other Structures." ASCE 7 provides criteria for the design and installation of structural systems, including seismic considerations. For piping systems, ASCE 7 provides guidance on the following aspects related to seismic restraints: 1. Seismic Design Categories (SDCs): ASCE 7 classifies buildings and structures into different SDCs based on their location and importance. Each SDC has specific design criteria, including seismic restraints for piping systems. 2. Piping Component Design: ASCE 7 provides guidelines for the design of various piping components, such as pipe hangers, supports, and anchors, to resist seismic forces. These guidelines include considerations for pipe material, size, weight, and flexibility. 3. Seismic Restraint Types: ASCE 7 identifies different types of seismic restraints for piping systems, including flexible restraints, rigid restraints, and energy-absorbing restraints. The selection of the appropriate restraint type depends on factors such as the pipe material, pipe size, and expected seismic forces. 4. Load Calculations: ASCE 7 provides methods for calculating the seismic loads acting on piping systems. These loads consider factors such as the building's SDC, the pipe's location within the building, and the expected ground motion. 5. Installation and Configuration: ASCE 7 specifies installation requirements for seismic restraints, including clearances, bracing, and anchorage methods. It also addresses considerations for thermal expansion and contraction, which may affect the design and installation of seismic restraints. It's important to note that ASCE 7 provides general guidelines, and specific design requirements may vary depending on local building codes, project specifications, and other factors. Consulting with a structural engineer or a piping system design professional familiar with ASCE 7 and local codes is recommended to ensure compliance with seismic restraint requirements for piping systems in a specific project. #seismic #asce #tav

It is sad to learn another bridge collapsed during construction resulting in multiple fatalities and injuries. These incidents happen too often in the civil and structural engineering industry in many countries in the last few years. Depending on the method of erection, the temporary conditions of such structures can often be more onerous and vulnerable than in the permenant condition. It is important that every stage of construction must be analysed and evaluated to ensure that the initial and long term strength of materials, connections, reversal of stresses, temporary stability and temporary supports including foundations, lifting plants and equipments are all within limits and capacities. The contractors’ engineers including subcontractors, must collaborate with the permenant work engineers to develop the method of construction to ensure high level of safety throughout the life of the structure.

Enhancing Construction Quality and Resolving Conflicts with NDT: The Case of Composite Columns Today, during my site visit, I had the opportunity to conduct a confirmatory test, a vital step when conflicts arise between consultants and contractors. Non-destructive testing (NDT) proved to be instrumental in resolving construction and material-related issues. Let's explore the importance of NDT in confirmatory testing and how it aids in conflict resolution. Importance of NDT in Confirmatory Testing and Conflict Resolution: NDT plays a crucial role in confirming the integrity of construction materials and structures without causing damage. When conflicts arise between consultants and contractors regarding construction quality, NDT provides an unbiased assessment to validate structural safety and compliance with design specifications. By employing techniques such as ultrasonic testing and radiography, NDT helps identify any defects or weaknesses, enabling prompt resolutions and preventing potential disputes. The Case of Composite Columns: One intriguing discovery during the site visit was the presence of composite columns. These columns are designed with thick I-shaped sections and enclosed by 32 mm high yield steel bars. The combination of these materials provides exceptional strength and load-bearing capacity. During NDT assessments of composite columns, special care is taken to avoid interference with the thick I-shaped sections to ensure the accuracy of results. Benefits of Composite Structures: Composite structures, like the columns observed on site, offer numerous advantages. They exhibit superior strength-to-weight ratios, allowing for more efficient designs without compromising structural integrity. Additionally, composite materials are highly resistant to corrosion and deterioration, resulting in longer-lasting structures with reduced maintenance costs. These benefits make composite structures a popular choice for modern construction projects seeking durability and cost-effectiveness. About Mark Ollin Ltd.: As a renowned civil engineering company specializing in construction design, building inspection, and non-destructive testing, Mark Ollin Ltd. is committed to delivering exceptional services. With expertise in NDT, we help resolve conflicts and ensure construction quality. Our team's proficiency in composite structures ensures the successful implementation of innovative and durable building solutions. Trust us to safeguard your projects and enhance structural integrity with our reliable and cutting-edge services. Join me on LinkedIn for further discussions on NDT, resolving conflicts in construction, and the fascinating world of composite structures. Let's connect and collaborate for a safer and more sustainable built environment. #MarkOllinLtd #CivilEngineering #NDT #CompositeStructures #ConstructionQuality

GGP Consult provide considerable resources with a wide range of expertise - including Civil Engineering, Structural Engineering, Marine Engineering, Seismic Engineering, Mechanical Engineering, Architecture and Project Management.   Project Example… Port Talbot West Phase 2 (PTW2) Re-signalling This project was primarily a condition-led renewal completing a further phase of the work in the South Wales area following on from the PTW phase 1 project. The project involved multidiscipline design integration to achieve successful commissioning in line with the programme. Due to the geographical location, some of the signalling assets required consideration for corrosion because of the marine environment. In addition, some of the proposed locations at which the signals were sited provided a challenge due to the ground conditions and rock faces. GGP Consult became involved in the project at the early stages of GRIP 4 to provide design packages, topographical surveys and ground Investigation to deliver the project from outline design to detailed design. Prior to the commencement of GRIP 4 GGP provided a GAP Analysis for Topographical and Ground Investigation Information. The project required us to undertake the detailed design for various asset types - the deliverables at each stage were issued which included drawings, models, F001/F002/F003, design logs and DRAs. We were able to complete the design work, allow for the construction works to commence and for installation to be complete to achieve commissioning. Due to the project scale, we had to work closely with other delivery parties and manage the interfacing deliverables. Further to this, the design teams who were involved throughout the GRIP 4-8 provided the in-depth knowledge to produce compliant designs. The project manager also ensured detailed trackers of each design deliverable was provided, highlighting any potential programme risk to the client which ensured any issues were dealt with in a timely manner and did not impact the programme. This is just one example of the many different projects GGP Consult have completed to date – please see our website for more information and contact us with any requirements. https://ggpconsult.co.uk #civilengineering #projectmanagement #railindustry

There are so many ways at SIKLA UK & Ireland to determine if a product is suitable quickly and effectively with in-house/on-site engineers with Civils, Structural and Piping Design as their primary skill sets. Although this application is simple enough, you (the installation contractor) want to know what will work and that anything put forward is more than suitable and with supporting evidence, right!? With a vast portfolio of technical literature and documented load values, independent software than can be used to product simple static reports and more in-depth use of RSTAB to conduct a more in-depth structural assessment. You know who to ask! #asknige #plansmarter