Multi-cores, many-cores and heterogeneous processors are becoming the typical design choices to satisfy these requirements.
The current push in the topology optimization community is to apply topology optimization to mechanics problems beyond typical structural design to other physical domains.
Therefore a fault tree analysis is performed for a typical design in order to present an approach for establishing a numerical value of its unavailability and to uncover potential weaknesses in the design or maintenance regimes.
The results indicated that it was necessary to increase the ratio of the makeup air to the recirculation air from its typical design value of 0.5 to a range of 0.7 1.3 in order to reduce indoor VOC to acceptable levels.
The guidelines were applied to typical design examples and their results were summarized as exemplars to support users.
Since "real-world" experimentation is not possible, it is of interest to develop a model to simulate the effects of human error on a typical design task and also to model typical checking procedures.
At maximum power the chip-to-air temperature difference was 45 °C which is adequately close to typical design thresholds.
Typical design examples are presented to illustrate the step by step optimal design procedure and to provide applications that can be used in future investigations.
Typical design examples are provided to illustrate the proposed method.
