Advanced Computational Simulation Solutions
Computational simulation enables the virtual modelling and prediction of complex system behaviour across all sectors in which RDT operates: aeronautics, architecture, automotive, defence, railways, pharmaceuticals, civil engineering, and petrochemicals. Its added value lies in the optimisation of designs, scenario evaluation, and risk reduction from the earliest stages of development—eliminating the need for costly physical testing. We optimise product performance through fluid dynamics simulation (CFD), mechanical simulation (FEM), heat transfer analysis, electronics, and even the most complex manufacturing processes. By integrating simulation at the early stages of development, companies can anticipate system behaviour under varying conditions, ensuring greater design reliability and efficiency.
More predictable designs and developments: we anticipate and simulate the full potential of each product
Computer simulation has become an indispensable tool in today’s industrial landscape. By creating virtual replicas of physical systems, our engineering teams, specialised in numerical simulation, can efficiently analyse and optimise designs, processes, and products from the earliest stages of infrastructure development. This includes evaluating thermal and mechanical impacts to improve structural integrity or energy efficiency, as well as simulating the most complex manufacturing processes to ensure feasibility and performance. This technology empowers companies to make more informed decisions, reduce risks, and accelerate development timelines.
The Value of CFD, Thermal, and Mechanical Simulation:
- Civil Infrastructure: we carry out the analysis and design of hydraulic structures, optimise water purification and desalination processes, and study maritime phenomena such as wave dynamics and marine energy. Water flows can be modelled, environmental impacts assessed, and the efficiency of sanitation and water treatment systems improved.
- Product Design and Optimisation: we apply simulation in the automotive sector for fluid-thermal analysis of components, and in the valve industry to calculate pressure losses and study dynamic behaviour. This technology enables the evaluation of energy, cooling, and lubrication system performance. Thermal analysis also helps identify critical overheating points, optimise heat dissipation, and improve the efficiency of thermal systems.
- Building and Energy Efficiency: we optimise building design and energy performance, focusing on air movement, natural ventilation, energy consumption, and lighting analysis. We also support the achievement of LEED credits by providing documentation that meets efficiency and comfort standards. HVAC systems are studied in detail, and mechanical engineering tools are used to evaluate stresses, deformations, and improve the structural durability of materials used in construction.
- Manufacturing Processes: simulation is applied to various manufacturing processes, such as casting and plastic injection moulding, to optimise designs and resolve defects efficiently.
Contact
Our team of specialists in engineering, technology, digital transformation, and R&D&I supports you at every stage, delivering comprehensive solutions tailored to your needs. Regardless of the scale of the challenge, at RDT we are committed to finding the best solution.
Let's talk about your projectCentres of Excelence
The Centre of Excellence in Computational Simulation is committed to delivering advanced solutions in computational fluid dynamics (CFD), mechanical, thermal and electrical simulation, as well as production processes such as casting, welding, additive manufacturing and forming. We leverage cutting-edge tools such as FLUIDFLOW3, FLOW-3D and HELYX, supported by high-performance computing (HPC) capabilities, to address complex challenges across all sectors in which we operate. Our expert simulation team provides unique capabilities, assisting our clients in optimising designs, enhancing operational efficiency and mitigating risks in their projects and products — all within a comprehensive approach incorporating interactions among these physical phenomena.
State-of-the-art technology:
Our Centre of Excellence is an official supplier of leading simulation software used in the industry:
- Flow 3D: For 3D fluid dynamics simulations, ideal for optimising processes and products in sectors such as casting and hydraulics.
- Helyx: Advanced software for numerical simulation in the areas of fluid mechanics and heat transfer.
- Cadmould: A leading tool for simulation in injection moulding processes, enhancing quality and efficiency in the manufacturing of plastic components.
The Centre of Excellence in Computational Simulation is committed to delivering advanced solutions in computational fluid dynamics (CFD), mechanical, thermal and electrical simulation, as well as production processes such as casting, welding, additive manufacturing and forming. We leverage cutting-edge tools such as FLUIDFLOW3, FLOW-3D and HELYX, supported by high-performance computing (HPC) capabilities, to address complex challenges across all sectors in which we operate. Our expert simulation team provides unique capabilities, assisting our clients in optimising designs, enhancing operational efficiency and mitigating risks in their projects and products — all within a comprehensive approach incorporating interactions among these physical phenomena.
State-of-the-art technology:
Our Centre of Excellence is an official supplier of leading simulation software used in the industry:
- Flow 3D: For 3D fluid dynamics simulations, ideal for optimising processes and products in sectors such as casting and hydraulics.
- Helyx: Advanced software for numerical simulation in the areas of fluid mechanics and heat transfer.
- Cadmould: A leading tool for simulation in injection moulding processes, enhancing quality and efficiency in the manufacturing of plastic components.