At Kencana Energy Solutions, simulation is not only used to validate an existing design. We use simulation-driven engineering to explore, optimise, and develop better-performing solutions.

By combining engineering simulation, computational analysis, and optimisation techniques, we can evaluate multiple design possibilities and identify opportunities to improve performance, weight, strength, efficiency, durability, and manufacturability.

Our approach can be applied to both existing components and new designs, allowing us to move beyond 1-to-1 replication towards engineering optimisation and performance.

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Our capabilities include:

• Finite Element Analysis (FEA) – structural, stress, thermal, fatigue, and mechanical performance analysis

• Computational Fluid Dynamics (CFD) – flow, pressure, heat transfer, and fluid performance analysis

• Design Optimisation – identify the best design based on defined engineering requirements

• Topology Optimisation – remove unnecessary material while maintaining required structural performance

• Generative Engineering – explore multiple design solutions based on engineering constraints

• Design for Additive Manufacturing (DfAM) – develop geometries that take advantage of advanced manufacturing capabilities

• Performance Improvement – optimise components for weight reduction, strength, flow efficiency, thermal performance, and durability

• Virtual Prototyping – evaluate and compare design concepts digitally before physical manufacturing

From Replication to Optimisation

Our approach goes beyond simply reverse engineering a component and reproducing it.

We can capture the geometry of an existing component, understand its operating requirements, simulate its performance, and identify opportunities to redesign and improve the component.

improvement.