Advanced, high performance and high value design involves reconciling multiple, quite often conflicting, design requirements and tackling complex design challenges. Analysis and simulation methods such as Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) are gaining wider acceptance as an essential part of the design process for design improvement.

The dezineforce solution offers state-of-the-art design search and optimisation tools coupled with intuitive decision support interfaces to significantly enhance the rigour of companies' existing design process. Fully integrated with industry-leading analysis and simulation packages, dezineforce tools allow extensive and systematic mapping and exploration of the design envelope.

By using dezineforce, designers can investigate, interrogate and modify designs; study design variables, against specific performance goals and obtain greater insight into the variables influencing critical design performance; to generate better designs that work well across a range of operational conditions.

Companies across Aerospace, Automotive, Civil Engineering, Energy and Manufacturing sectors are already leveraging the dezineforce design approach to create better, higher value designs such as ground-breaking aerodynamics for motor racing and revolutionary cooling systems for large stadiums, through:

• improved designs achieved by systematic design search and optimisation
• earlier exploration of design trade-offs leading to correct fundamental design decisions and
• lower costs due to changes identified earlier in the design process

The business value of such improvements are enormous, where better performance leads to lower power requirements and improved safety. In severe operational situations, this improvement could be the difference between excellent performance and critical failure. dezineforce offers the capability to create robust designs that perform well across a range of conditions and deliver lasting business value.