Fiona Dryburgh的动态

We are thrilled to share that our contribution to the Hornsey Depot Bogie Drop Facility project has been shortlisted for the Innovation Award at the Institution of Civil Engineers (ICE) London Awards 2024. This facility pioneers a cutting-edge approach to bogie replacements, greatly improving efficiency and reducing downtime. Its innovative design features an external crane system that effortlessly moves across three tracks, suspending trains for quick removal of old bogies and installation of new ones. This streamlined process not only boosts productivity but also sets a new benchmark in railway maintenance by minimising disruption and optimising operations. INVVU served as the Multi-Discipline Designer, Engineering Lead, and Principal Designer for the Bogie Drop Extension. Starting with site surveys and detailed design, the team secured final approvals within an accelerated 5-month timeline. The project required complex civil engineering with near-zero error tolerance, overcoming strict site and time constraints. Success was achieved through extensive R&D, specialist #collaboration, and #innovative temporary works solutions, leading to enhanced efficiency and #carbonsavings in train maintenance. #engineering #civil #structural #rail #complexengineering #teamwork #designers #constructionconsultants https://ow.ly/WRtI50T2QTX

????? The Eddystone Rocks and their lighthouses tell a story of innovation and resilience. John Smeaton, the father of civil engineering, left an indelible legacy with his stone lighthouse design. Discover this fascinating story on our #FerrovialBlog!

Check out this insightful article about TxDOT's groundbreaking work in steel engineering! Discover how their innovative approaches and engineering excellence are setting new standards in infrastructure design and construction. Enjoy this interesting read: https://lnkd.in/gKnz6HnM

Precision in Motion: Sliding an Underpass into Place with Engineering Excellence An impressive and efficient engineering feat involved sliding a massive concrete rail underpass into position using a method called box-jacking. This technique was employed for the Long Island Rail Road (LIRR) expansion project at sites like Urban Avenue and Covert Avenue in New York. Instead of traditional bridge installation methods, which can disrupt train service for extended periods, the box-jacking approach allowed the 2,000-ton concrete structure to be slid precisely into place over a weekend. Hydraulic jacks pushed the pre-cast concrete box into the excavated area, with teams monitoring alignment down to millimeter precision. By minimizing disruption, this technique not only reduced installation time but also exemplified a modern approach to rail infrastructure that could benefit other projects nationwide. The successful use of this method demonstrates its potential for more efficient rail and road intersection upgrades in urban environments. video rights : Machinery Magazine #underpass #bridge #engineering #construction #civilengineering #civilconstruction #engenheiro #engenharia #engenhariacivil #engenheirocivil #ingeniero #ingenierocivil

Welcoming Cutting-Edge Innovations in Construction! ????? As a chartered civil engineer, I've seen firsthand how innovation drives progress in the development industry. It's inspiring to witness advancements like the revolutionary press-in method, which are not only transforming construction sites but also enhancing civil infrastructure across the UK. Thanks to techniques like these, the construction industry is evolving towards quieter and more efficient practices, ensuring minimal disruption to our urban areas and communities. ???? Traditionally, dynamic piling methods have presented challenges in urban environments due to noise and ground vibrations. However, with the introduction of the press-in method, using hydraulic rams to gently push piles into the ground, these obstacles are being overcome. This silent yet powerful technique is paving the way for construction in previously unsuitable locations, ultimately contributing to the sustainable growth of our cities. ???? Sheet pile walls, constructed with precision and versatility, offer solutions for a myriad of projects, from waterfront structures to riverbank protection. Whether crafted from timber, reinforced concrete, or steel, these walls provide durable solutions tailored to the specific needs of each project. ???? Reinforced concrete sheet piles, with their robust construction and efficient joints, exemplify the durability and longevity required for demanding projects. Their resilience and adaptability make them an invaluable asset in modern construction practices. ??????? So, let's embrace the advantages of sheet pile walls and elevate our construction projects to new heights! Together, we can continue to drive innovation and build a brighter future for our communities. ???? -CCTO Kilonewtons ????? . . . . . . . . #ConstructionInnovation #BuildingTheFuture #ConstructionTech #InnovativeBuilding #ModernConstruction

Precision in Motion: Sliding an Underpass into Place with Engineering Excellence An impressive and efficient engineering feat involved sliding a massive concrete rail underpass into position using a method called box-jacking. This technique was employed for the Long Island Rail Road (LIRR) expansion project at sites like Urban Avenue and Covert Avenue in New York. Instead of traditional bridge installation methods, which can disrupt train service for extended periods, the box-jacking approach allowed the 2,000-ton concrete structure to be slid precisely into place over a weekend. Hydraulic jacks pushed the pre-cast concrete box into the excavated area, with teams monitoring alignment down to millimeter precision. By minimizing disruption, this technique not only reduced installation time but also exemplified a modern approach to rail infrastructure that could benefit other projects nationwide. The successful use of this method demonstrates its potential for more efficient rail and road intersection upgrades in urban environments. video rights : Machinery Magazine #underpass #bridge #engineering #construction #civilengineering #civilconstruction #engenheiro #engenharia #engenhariacivil #engenheirocivil #ingeniero #ingenierocivil

Prior to APEC meeting- Global Construction has been engaged to improve designated section of the Jackson's International Airport in which Triax been utilized saving construction time and cost by reducing pavement layer thickness required by design while increasing its functional life. Triax- of which Markham Culvert is the main supplier is to introduce Lateral Restrain to the placed pavement material while vertical impacts induced by transient load is sustained when placing passed PI- CBR- and Grading etc...of the material. Most pavement fails either for roads or aerodrome is simply due to the laterial movement of placed materials even it has been well compacted beyond required MDD and other test passed. I would say tension of which the pavement experience cannot be avoided unless placing material like triax- progressive impacts can cause failures of which longitudinal crack could be one of many. Thanks Markham culverts for helping civil engineers build lasting infrastructures PC Source: #JoannaThomas #Materials #civil #engineer #construction #quality

The construction process of segmental bridges...

We shape our buildings, thereafter they shape us: By Winston Churchill The civil engineer is the real 19th-century architect: By William Burges Architects and engineers are among the most fortunate of men since they build their own monuments with public consent, public approval and often public money: By John Prebble The ideal engineer is a composite … He is not a scientist, he is not a mathematician, he is not a sociologist or a writer; but he may use the knowledge and techniques of any or all of these disciplines in solving engineering problems: By Nathan W. Dougherty, American civil engineer Civil engineers often work to find the most efficient and effective solution to create a new structure. They may also look for ways to make a project more environmentally sustainable or reduce the time and money needed to complete it.

?? California High-Speed Rail Authority Awards Design Contract ?? The #California High-Speed Rail Authority (CHSRA) awarded awarding a $131.2 million design contract to the joint venture SYSTRA | TYPSA. This contract focuses on the design of the track and overhead electrical systems. ?? Key Details - 171-mile route design between Merced and Bakersfield - Contract value of up to $131.2 million - High-level #designs for track and Overhead Contact Systems (OCS) - Detailed designs for the 191 km currently under active construction in the Central Valley - Expected operational #speeds of over 320 km/h, running from San Francisco to Los Angeles in under three hours by 2029 - #Design elements include track structure, cable containment, access walkways, fencing, and drainage - SYSTRA | TYPSA to manage technical and non-technical interfaces with other contractors and consultants This achievement is a milestone in bringing high-speed rail service to California, moving it closer to efficient passenger rail service. Source: Railway News #HighSpeedRail #RailwayEngineering #TrainDesign _ _ _ ?? Like if you find value, re-post ??, and follow for more interesting tech, and innovation insights.