Future Interior ConceptsAnton Fuchs, Bernhard Brandstätter Springer Nature, 21. avg. 2020 - 100 strani In this book, the authors highlight multiple aspects of and views on comprehensive automotive interior comfort for future mobility. In this context, passenger comfort comprises thermal, acoustic, seat perception, as well as human–machine interaction in the passenger cabin. In five chapters, the contributing authors, hailing from universities, research centers and industry, share their expertise and insights. They take a closer look at future interior concepts from the standpoints of fundamental and applied research, as well as practical aspects. |
Vsebina
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VibroAcoustic Metamaterials for Improved Interior NVH Performance in Vehicles | 31 |
Active Sound Control in the Automotive Interior | 52 |
Motivating Drivers to Drive Energy Efficient | 71 |
Energy Efficient and Comfortable Cabin Heating | 88 |
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acceleration achieved acoustic active active control active sound addition ambient application array audio automotive average backrest behavior cabin challenges changes combination comfort compared condition consumption control systems cover cushion demonstrated driving driving range effective electric elongation energy efficient engine experimental force four frequency range further Group heat pump heating higher highest implemented improve increased indicated interior levels limited loading locally resonant mass materials measurement measurement points measurement tool method microphones needs noise control panel participants passenger peak performance periodic plate Position potential presented pressure properties radiation rated rear reduced reference regarding road noise seat sensor shear shock towers shown shows signals significant simulator solutions sound speed stop band structure surface Table technologies temperature thermal values vehicle vibration wave word pair zones