Structural Engineering
Structural Engineering
NR Engineering Consultants' structural team is at the forefront of innovative engineering, consistently advancing design boundaries to achieve exceptional, unique, and practical solutions. Our commitment to creative and cost-effective engineering is evident in our diverse portfolio, showcasing the adaptable, insightful approach we bring to each project. Every design process is carefully customized to align with our clients' specific goals and visions.
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Our team comprises highly skilled engineers with extensive experience working alongside top-tier consultants and a wide range of contractors, both nationally and internationally. This deep expertise and collaboration enable us to deliver high-quality, impactful projects that meet the highest standards. Clients can trust our team’s proven ability to handle complex, iconic structures with precision, ensuring effective and efficient project outcomes.ly skilled engineers with extensive experience working alongside top-tier consultants and a wide range of contractors, both nationally and internationally. This deep expertise and collaboration enable us to deliver high-quality, impactful projects that meet the highest standards. Clients can trust our team’s proven ability to handle complex, iconic structures with precision, ensuring effective and efficient project outcomes.
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Structural Consulting Services
NR design professionals have extensive experience in the design and supervision of a wide range of structures including multi-storey residential apartments, retail, commercial, office, industrial and factory workshop developments as well as water retaining structures.
Our structural engineers and draftspersons are able to provide investigation, analysis and engineering design services to clients on both large and small projects.
Design is the principal focus of the structural team, working collaboratively with architects, other disciplines and stakeholders to explore, analyse and develop structural solutions for each project. An ideal structural solution takes into account material quantities, economics, functionality, aesthetics and long-term sustainability of the project.
Our reputation for sound and practical engineering services extends to high quality documentation with technical staff proficient in a suite of modern design and drafting software.
Our structural engineering services include:
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Finite element modelling Structural steel
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Shoring and underpinning Piling design
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Post-tensioning design
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Reinforced concrete design
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Timber structure design
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Temporary works design
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Facade design
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Formwork design and inspections
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Tilt-up precast concrete panel construction Propping design for tilt-up panels
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Vibration control of wind-sensitive tall buildings
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Dilapidation surveys of properties and structures prior to development onneighbouring properties. These are increasingly requested by Councils to be done by geotechnical and or structural engineers to ensure the integrity and independence of the surveys.
​Non-Destructive Testing (NDT) of Concrete Structures
Non-Destructive Testing (NDT) plays a crucial role in the evaluation and maintenance of concrete structures, ensuring their durability, safety, and long-term performance. NDT techniques allow our engineers and inspectors to assess the integrity of concrete without causing any damage, providing valuable insights into the structure's condition.
Common NDT Techniques for Concrete Structures:
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Ultrasonic Testing (UT): UT involves the transmission of high-frequency sound waves through concrete to detect variations in material properties. This method is effective for assessing the depth and extent of defects, as well as determining concrete thickness
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Ground Penetrating Radar (GPR): GPR uses electromagnetic waves to detect variations in the dielectric properties of concrete. It is particularly useful for locating embedded objects, assessing rebar corrosion, and identifying voids within the structure.
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Radiographic Testing (RT): RT involves the use of X-rays or gamma rays to capture images of the internal structure of concrete. This technique is valuable for identifying internal flaws, such as voids or honeycombing, and assessing the condition of reinforcement.
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Rebound Hammer Test: This simple and widely used method involves striking the concrete surface with a rebound hammer and measuring the rebound velocity. The rebound value correlates with concrete compressive strength, providing a quick and non-destructive assessment.
By employing a combination of NDT techniques, we can obtain a comprehensive understanding of a structure's condition, allowing for informed decision-making, targeted maintenance, and cost-effective repairs. The integration of NDT into routine inspections and construction processes contributes to the sustainable and resilient development of concrete structures, safeguarding against unforeseen challenges and enhancing the overall performance of civil infrastructure.
