ArchitectureSimple but Diversified Microfluidic Systems using Novel PhenomenaAutomatic Control: realization of desired motion of systemsDesigning New Functional Devices through Topology OptimizationUltra Precision Machine and Mechatronics (Sensor, Actuator andMechanism)Multi-scale Modeling of Mechanical Behavior and Materials Designfrom Electronic and Atomic LevelsCapturing ‘Coherent Structures’ in Turbulence by MEMS SensorsRobots with Intelligence! Toward beneficial autonomous systemsNumerical Simulation of Microfluidics (Multiphase Flow)Structural Design for Safety, Reliability, and AdaptabilityNumerical Simulation of Complex Fluid Flows in Daily LifeRealization of Intelligent Sensing Systems that can think abouttheir Own PerformanceSystem Analysis for Control and Its ApplicationsSolid Mechanics on Nanometre-scale Materials using AtomicSimulationsNumerical Simulations of Flows using high performance computingWhere do the Vortices come from? Why do they Collapse?The Next Stage of Seismic Design, The Next Generation of R/CStructuresMasaharu Matsubara4647“Optimization” for Sustaining the Environment and “Design” forCreating the Future World4748484949505051For Efficient use of Energy and Energy ConservationEco-Friendly Hydraulic Turbines Toward Sustainable Development Goals51525253535454Improving the Reliability of Power Plant Materials555556Hideyuki SugiokaYuichi ChidaMasayuki NakamuraGaruda FujiiNobuhiko HenmiDaisuke MatsunakaKimitoshi YamazakiMasato YoshinoTatsunori AsaokaShouichiro IioMasaki KameyamaKosuke SuzukiJun-ya TakayamaMasaya TanemuraMasaomi NishimuraLi-Bin NiuTakashi YoshidaKentaro KatoHaruhiko SuwadaContents
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