Objective

Thermal-Fluid Dynamics is the fundamental to a wide range of engineering subjects such as energy, power, environment, energy saving and storage, renewable energy, aerospace, astronautics, combined heating, cooling and power technology, nuclear energy, hydrogen energy, automotive, mechanical engineering, emerging and interdisciplinary subjects such as zero carbon technologies, micro- and nano-fluidics, advanced thermal processes and others. It plays a key role in the development and breakthrough of scientific theories, innovative technologies and revolution of industry and human society systems. ISTFD2025 will cover a wide spectrum from fundamental research to industrial application, with topics including but not limited to:

Topic1: Multiphase Flow and Heat Transfer
Topic2:Reaction Multiphase Flow
Topic3: Micro/Nano-Scale Thermos-Fluidics
Topic4: Droplet, Bubble and Particle Dynamics
Topic5: Machine Learning and AI in Thermal-Fluid Dynamics
Topic6: Computational Methods in Fluid Flow and Heat Transfer
Topic7: Measurement and Experimental Techniques
Topic8: Low-Carbon/Green Energy and Power Conversion Systems
Topic9: Energy Storage Systems and Carbon Neutrality
Topic10: Hydrogen Storage and Transportation
Topic11: Bionic Science in Thermal-Fluid Systems
Topic12: Biological and Environmental Flows and Heat Transfer
Topic13: Thermal Management in Emerging Technologies
Topic14: Industry Problems and Applications
Topic15: Fluid Flow and Heat Transfer in Porous Media
Topic16: Computational Thermodynamics
Topic17: Quantum Computing and Quantum Computer