Services

“A passion for excellence underlies everything we do. From concept to completion, Radian Engineering delivers expert solutions.”

  1. Our success in ‘getting it right the first time” lies in the initial engagement with our customers. Gathering information and understanding their requirement is vital to delivering a successful product to our customers.
  1. Our professional team of Engineers and designers are highly proficient at delivering optimised designs. Radian Engineering designs are not only functional and robust but industrialised for efficient manufacture and performance.
  1. FEA, Fatigue Analysis and Discrete Element Modelling are performed on our designs through the use of sophisticated engineering design software.
  1. Precision manufacturing to precise tolerances using quality-driven processes and tools.
  1. Experienced implementation teams ensure the correct construction practices are used during on-site installations.
  1. Defined maintenance schedules ensure the Life-cycle and endurance of the Radian Engineering products.
Conceptual Design to Industrialised Products

Radian Engineering encompasses a multifaceted journey from conceptual design to industrialised products, exemplifying the transformative power of innovation. At the inception, we delve into conceptualisation, shaping ideas into tangible plans that balance functionality and efficiency. Iterative processes refine these designs, integrating cutting-edge technologies and materials. The transition to industrialised products involves rigorous testing, optimisation, and scalability assessments, ensuring seamless integration into real-world applications. This intricate progression epitomises the convergence of creativity and precision. Our engineers apply multi-disciplines, from mechanical and electrical to materials science, orchestrating a harmonious progression from abstract concepts to the tangible reality of industrialised products that deliver the desirous outcomes our clients require.

Structural engineering design

Structural engineering design is the backbone of constructing resilient, safe, and optimally functional equipment. It involves a meticulous process of analysing, planning, and executing designs that withstand various forces and environmental conditions. We apply best practise through the use of advanced software and mathematical models to ensure structural integrity, considering factors like load distribution, material strength, and seismic resilience.

Finite Element Analysis (FEA)

Finite Element Analysis (FEA) stands as a cornerstone in engineering, revolutionising the design and optimisation process. Radian Engineering uses this computational technique to dissect complex structures into finite elements, enabling our engineers to simulate and analyse intricate behaviours under various conditions. FEA is a virtual testing ground, allowing for precise predictions of stress, deformation, and performance. Radian engineers harness this powerful tool to refine designs, enhance durability, and minimise material usage. FEA plays a pivotal role in ensuring structural integrity and innovation. As technology advances, FEA continues to empower our engineers, facilitating the creation of robust, efficient, and resilient machines.

Discrete Element Modelling (DEM) (Material flow simulations).

Discrete Element Modelling (DEM) in engineering unleashes a transformative approach to understanding and optimising material flow dynamics. Applied across industries like mining, bulk material handling and food processing, DEM simulates the behaviour of individual particles, offering unparalleled insights into granular interactions. This powerful tool enables our engineers to predict and fine-tune material flow within a system, optimising equipment design and mitigating issues such as blockages and uneven distribution. DEM serves as a virtual laboratory, allowing for precise analysis of particle behaviour under varying conditions. Our clients seek efficiency and innovation, which is why Radian engineers apply DEM as a key tool in revolutionising material handling and processing through insightful, real-time simulations

Fatigue Analysis

Fatigue analysis in engineering is a critical discipline ensuring the longevity and reliability of structures and components subjected to cyclic loading. Radian engineers employ sophisticated methodologies to assess the cumulative damage caused by repeated stress cycles, predicting potential failure points. This meticulous analysis is indispensable in industries like mining, material and food processing, where components experience fluctuating loads. By scrutinising material fatigue limits, our engineers can optimise designs, and enhance the durability and safety of our machines Advanced fatigue analysis techniques, such as Finite Element Analysis (FEA), contribute to the evolution of resilient structures, guaranteeing that engineered systems withstand the test of time and operational demands with unwavering endurance

Kinematic and dynamic simulations

Kinematic and dynamic simulations are indispensable tools in engineering, providing a virtual playground for testing and refining mechanical systems. Kinematic simulations focus on the motion of components without considering forces, elucidating spatial relationships, and ensuring desired movements. Dynamic simulations, on the other hand, delve deeper into the forces and torques influencing these motions, offering a comprehensive understanding of system behaviour under diverse conditions. These simulations enable Radians engineers to optimise performance, identify potential issues, and streamline designs before physical prototypes are created. This iterative process fosters innovation, efficiency, and precision in engineering endeavours.

Prototyping

Radian Engineering excels in prototyping machines for our client’s industries from mining and bulk material handling to food and mineral processing, all of which demand robust solutions. Our engineers innovate and refine designs using cutting-edge materials and technologies. Prototypes undergo rigorous testing, ensuring durability and efficiency in challenging environments. These advancements signify the continual evolution of machinery, driving progress in the industries we serve.

 

3D Printing

Radian Engineering embraces 3D printing, a revolutionary technology transforming design and manufacturing landscapes. Employing additive processes, it fabricates intricate structures layer by layer, enabling rapid prototyping and customised production. Through 3D printing, we can showcase Radian Engineering’s capacity to innovate and redefine traditional manufacturing paradigms.

Manufacturing drawings and data packs

All our equipment is thoroughly managed from concept to commissioning. We maintain detailed documentation throughout the engineering process. Manufacturing drawings and data packs are the lifeline of production. Meticulously detailing dimensions, tolerances, and materials, these documents guide the manufacturing process. Precision is paramount at Radian Engineering and our data packs provide a comprehensive roadmap for fabricating components, ensuring quality and accuracy in the production of complex machinery and structures.

DMR Approved Structural Audits

In engineering, Department of Mineral Resources Approved Structural Audits are paramount for ensuring the integrity and safety of mining structures. Rigorous assessments by qualified engineers scrutinise structural elements, identifying potential issues and ensuring compliance with regulatory standards. These audits exemplify a commitment to safety and reliability in mining infrastructure.

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