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The study of fuel control of the heavy-duty gas turbine arises naturally with the idea of providing a higher yield to the generation process, which is usually located in the first stage of generation, since the turbine is one of the main components in a thermoelectric plant along with the generator that is connected directly to the turbine. PID control is typically one of the most widely used control models in the industry because it provides the system with satisfactory performance according to the designer's choice using the ITAE performance criterion and a pre-filter can provide robust control for the system in question, which raises the reliability of the control even in the presence of variations of plant parameters. It is proposed to perform the sizing of this fuel control and with the use of MATLAB software to perform the simulat ion of the performance of the proposed control system, besides evaluating the control performance for hypothetical situations of parameter variations that can certainly occur in a system real subject to intemperes and interference from disturbances.

The use of reforestation wood in civil construction plays an important role in the sustainable development of the world, as is the case with oriented wood strip panels. Coming from continuous technological advancement, which adds quality to the material and creates new constructive solutions, OSB (Oriented Strand Board) panels appear as an effective alternative for society. This work aims to broaden the knowledge about the use of OSB boards in the building system (CES), due to their function and application in wall, slab, roof and roof sealing, based on a case study of the construction process of a residence. in the city of Manaus. Advantages and disadvantages of this system were compared when compared to the conventional system, and its use (OSB / CES) has been shown to meet the sustainability criteria, as it is ecologically viable, being a clean, lean process; economically viable, fast, cheap and inclusive as it generates local employment. Further studies are needed to understand the importance of using clean technologies for construction, capable of reducing impacts on the environment, without compromising the development of the site.

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