Things To Consider When Performing Multidisciplinary Optimization Projects

By Author: Christopher Brown
Total Articles: 81
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Life is about making decisions. Most people attempt to make the “best” decision within a specified set of possible decisions. This same theory is what drives multidisciplinary optimization projects and is the stimulus behind multi-disciplinary optimization software, such as Optimus Software.

Multi-disciplinary optimization or multi-disciplinary design optimization is a rapidly growing trend being utilized by the todays top engineers and designers. There is need for a rigorous, quantitative multidisciplinary design methodology that works with the non-quantitative and creative side of the design process in engineering systems. The goal of multidisciplinary systems design optimization is to engineer advanced new products that are competitive not only in terms of performance, but also in terms of life-cycle value.

In order to fully understand the tools and methodologies for performing system optimization in a multidisciplinary design context focus must be spent evaluating three equally strong aspects of the problem:

1) The multidisciplinary character of engineering systems
2) The design of these complex ...
... systems, and
3) The tools needed for optimization.

Optimus software is a multi-disciplinary design optimization software that efficiently and effectively aids the optimization process. Utilizing a multi-disciplinary design optimization software, such as Optimus software is no longer an option, but a requirement to stay competitive in the development field.

Would leave this out, has nothing to do with optimization Optimus software is a Process Integration and Design Optimization software, which bundles a collection of design exploration and numerical optimization methods.

In the past, design engineers would start from an sinitial design and spend a large amount of time manually improving that design. With the Optimus software, this entire process is automated and reversed, delivering both a faster design process and a better engineered product.

The design team is first tasked with setting the desired output targets. From that point, Optimus works backwards to identify the input values that match the chosen design criteria,using advanced numerical optimization methods. The algorithms incorporated in the numerical optimization software ensure that the optimal product attributes are secured.

Multi-disciplinary design techniques are used in a number of fields, including automotive design, computer design, electronics and more. They have also been used extensively in dealing with aerospace engineering, specifically aircraft and spacecraft design. Therefore, almost every project manner will be aided by the use of multi-disciplinary design optimization software, such as Optimus software.

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