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About
steel-connection-design-structural-engineering

Structural Engineering

In structural engineering, connection design forms the backbone of stability and integrity. Whether it’s a high-rise building, bridge, or any industrial facility, reliable connections ensure the safety and longevity of the structure. At Edanbrook, our focus is to create connection designs that not only meet regulatory standards but also exceed industry expectations in terms of performance and durability.

Steel Connection Design

Our steel connection design services provide tailored solutions to meet diverse project needs, ensuring durability and strength in every joint.
Tailored Solutions for Bolted, Welded, and Riveted Steel Connections
We offer a range of steel connections, including bolted, welded, and riveted options. Each type is customized to meet the specific demands of your project, ensuring maximum strength and durability.
High-Strength Designs for Beams, Columns, Trusses, and Other Components
Our team is experienced in designing high-strength connections for structural components such as beams, columns, and trusses, guaranteeing that each element is securely integrated into the structure.

timber-connection-design

Timber Connection Design

Timber structures present unique challenges in connection design. Our expertise ensures that each connection optimally supports load and enhances structural longevity.
Custom Connections for Wood Structures
From traditional timber framing to modern engineered wood like glulam and cross-laminated timber (CLT), we provide custom connection solutions that prioritize load-bearing strength and durability.
Solutions for Glulam, CLT, and Traditional Timber Framing
Using the latest techniques, we create secure and lasting connections for glulam, CLT, and conventional timber, ensuring structural stability and compatibility.

industrial-and-residential-type-concrete-connections

Concrete Connections

Concrete connections play a crucial role in the stability and strength of precast and cast-in-place structures. Our concrete connection designs focus on reducing cracks and ensuring efficient load transfer.
Expertise in Precast and Cast-in-Place Concrete Connections
We offer expert solutions for both precast and cast-in-place concrete structures, ensuring that connections with stand the test of time and usage.
Durability and Load Transfer Optimization
With a focus on minimizing cracking and enhancing load transfer, our concrete connections are designed to improve the durability and lifespan of the overall structure.

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Seismic-Resistant Connections

In high-seismic zones, safety demands that connection designs prioritize resilience and energy dissipation. Our team provides specialized designs for earthquake-prone regions, ensuring both structural integrity and safety.
Specialized Designs for High-Seismic Zones
Designed to withstand seismic forces, our connections align with international earthquake-resistance standards for maximum safety.
Energy Dissipation and Structural Resilience
By incorporating features for ductility and energy dissipation, we enhance the resilience of structures in areas prone to earthquakes.

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Hybrid Connection Solutions

As structural design evolves, hybrid materials are increasingly popular. Our hybrid connection solutions bring together steel, concrete, and timber with precision and durability.
Solutions for Mixed-Material Structures
Our hybrid connections meet the requirements of projects using mixed materials, such as steel and timber or concrete and steel.
Advanced Analysis for Complex Joints
With sophisticated analysis tools, we provide robust connection designs that bring harmony to complex, multi-material joints, ensuring they withstand various forces.

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Our Approach to Connection Design

Comprehensive Analysis: We conduct in-depth analysis of each connection to assess factors like load transfer, shear resistance, and moment capacity. This ensures that our designs meet structural demands with accuracy.
Precision and Safety: Safety is paramount. Every connection undergoes detailed calculations and strict adherence to building codes, making sure that the designs are both safe and compliant with industry standards.
3D Modeling and BIM Integration: Our advanced 3D modeling and BIM integration services bring precision to each connection design, fostering seamless collaboration between design and construction teams.
Quality Assurance: To maintain the highest quality standards, each design undergoes rigorous testing and review. This process minimizes the risk of structural failure and maximizes safety.

why-choose-us-for-connection-design

Why Choose Us for Connection Design?

Technical Expertise: Our team is composed of highly skilled professionals with extensive experience in both standard and complex connection designs.
Compliance with Industry Standards: We adhere to globally recognized codes, including AISC and Eurocode, ensuring that our connection designs are compliant with safety and quality benchmarks.
Customized Solutions: No two projects are the same. We tailor each design to meet the unique requirements of your project, regardless of its size or complexity.
Reliability and Precision: Our designs are created with precision and reliability, optimizing materials and enhancing the efficiency of the overall structure.



Explore Our Projects

Check out our portfolio to see how our connection designs have contributed to successful projects across diverse sectors. From commercial buildings to large-scale infrastructure, our designs ensure stability, safety, and longevity.

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Building Type: Alabama Power - J9 Field Training Building

Location : Location -USA

Project Description

Alabama Power is a company dedicated to providing reliable and affordable energy to its customers. Edanbrook was brought on board to assist ith the engineering detailing. We released the approved package without a hitch. The Client authorized our package without any issues. We successfully finished the entire Fabrication package to the Client's specifications.


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Building Type: 3DC-RTIO

Location : WESTERN AUSTRALIA


Project Description

Our Client plans to upgrade an existing mine facility by installing a new duct route and a steel building. Edanbrook Was brought on board to provide the tailed engineering and fabrication drawings. The technical team originally had problems while collecting inputs and had to deal with technical concerns, but they effectively overcame the obstacle because of their domain expertise. We delivered accurate structural drawings to our client.

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Building Type: High-Grade plant escape tunnel LOD 300

Location : WESTERN AUSTRALIA

Project Description

HIGH-GRADE PLANTESCAPETUNNEL is a challenging project. Our client plans to upgrade an existing mine facility by installing a new duct route and a steel building. The input came in the form of a point cloud model. And for the LOD 300 stage, we have a one-week lead time. All steel constructions, mechanical and plumbing, and plate work are included.

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Testimonials

Edanbrook has supplied local and virtual employees for the critical projects. The skill set was absolutely above standards with effective communication
DRA Global Australia
Reza Forouzeshfar
DRA Global Australia
Reliable and precise – Edanbrook is our go-to for structural steel detailing services.
Mitsubishi
John Stuart
BMA BHP Mitsubishi Alliance Project, Australia
Edanbrook's attention to detail is unmatched. Their 3D structural design significantly streamlined our project.
Benang
Damir Kadic
Benang Energy Australia Pty Ltd
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