A feasibility study is presented exploring the possibility of using thermoelectric devices for thermal control CubeSat on-board electronics. simple architecture devised and an empirical model how such a system would perform constructed, performance data commercially available module. This used to calculate temperature which could cool computer chip, as function resistance heat rejection. As bas...

Accurate process control through automation is the key to achieving efficient and stable operation of a blast furnace. In this study, we developed an automatic system hot metal temperature (HMT). To cope with slow complex dynamics furnace, constructed algorithm that predicts eight-hour-ahead HMT using two-dimensional (2D) transient model calculates optimal target pulverized coal ratio (PCR) flo...

In the pursuit of more efficient vehicles on world’s roads, vehicle thermal management system has become a limiting factor when it comes to EV range and battery life. extreme climates, if cannot pull down or warm up powertrain in timely manner, is at serious risk capacity loss accelerated degradation. As waste heat inherently limited with EVs, way which we provide for warm-up must be as possibl...

Abstract This perspective paper summarizes the authors’ view on how process diagnostics and control can help to gain a deeper insight into thermal spray processes better understand underlying mechanisms. The current situation in terms of available strategies suitable sensors is described. In perspective, it assumed that with models, machine learning tools, will be possible perform smaller numbe...

For human-centered automation, this study presents a wireless sensor network using predicted mean vote (PMV) as a thermal comfort index around occupants in buildings. The network automatically controls air conditioning by means of changing temperature settings in air conditioners. Interior devices of air con-ditioners thus do not have to be replaced. An adaptive neurofuzzy inference system and ...