Instruction for Author:

Call for Abstracts

Extended abstracts for original research articles broadly within the scope of the conference topics, written in English language are, solicited. The topics/tracks of the conference are as follows :

Track – 01: Advanced Topics in Aerodynamics and Engine Propulsion
  • Subsonic, supersonic, and hypersonic flow analysis
  • Aeroacoustics and noise reduction
  • Turbomachinery and jet propulsion
  • Flow control and optimization
  • UAV and aerospace vehicle aerodynamics
Track – 02: Design and Optimization of Thermal and Mass Transfer Systems
  • Heat exchangers: design and performance
  • Cooling towers and condensers
  • Industrial furnaces and boilers
  • Evaporators and dryers
  • Compact and microchannel heat exchangers
Track – 03: Innovative Techniques for Enhancing Heat Transfer
  • Passive and active enhancement techniques
  • Nanofluids and phase change materials
  • Surface modification and coatings
  • Vortex generators and turbulators
  • Heat transfer in micro and mini channels

 

Track – 04: Computational Approaches to Fluid Flow and Thermal Analysis
  • Finite element and finite volume methods
  • Lattice Boltzmann and meshless methods
  • Multiscale and multiphysics modeling
  • High-performance computing and parallelization
  • Validation and benchmarking of numerical models
Track – 05: Combustion Science and Automotive Engineering Applications
  • Internal combustion engine modeling
  • Alternative fuels and biofuels
  • Emission control and after-treatment
  • Flame dynamics and ignition systems
  • Thermal management in vehicles
Track – 06: Energy Conversion Devices and Integrated Systems
  • Solar thermal and photovoltaic systems
  • Fuel cells and batteries
  • Thermoelectric and piezoelectric devices
  • Smart grids and energy storage
  • Waste heat recovery systems
Track – 07: Transport Processes in Biological and Biomedical Systems
  • Blood flow and cardiovascular modeling
  • Heat transfer in tissues and organs
  • Drug delivery and diffusion
  • Biofluid mechanics in microcirculation
  • Biomedical device thermal analysis
Track – 08: Flow Instabilities, Transition Mechanisms, and Turbulent Dynamics
  • Laminar-turbulent transition
  • Turbulence modeling and simulation
  • Flow instabilities in ducts and jets
  • Vortex dynamics and coherent structures
  • Experimental studies of turbulent flow
Track – 09: Thermal Transport Phenomena at the Nanoscale
  • Phonon and electron transport
  • Thermal conductivity in nanostructures
  • Molecular dynamics simulations
  • Nanoelectronics cooling
  • Thermophysical properties at nanoscale
Track – 10: Instrumentation and Experimental Methods in Thermal Sciences
  • Laser diagnostics and PIV
  • Infrared thermography and heat flux sensors
  • Micro and nanoscale measurement tools
  • Uncertainty analysis and calibration
  • Data acquisition and signal processing
Track – 11: AI and Machine Learning Applications in Heat and Fluid Flow
  • Surrogate modeling and reduced-order models
  • Data-driven turbulence modeling
  • AI for experimental data analysis
  • Predictive maintenance in thermal systems
  • Neural networks and deep learning applications
Track – 12: Thermal Engineering for Nuclear and Aerospace Technologies
  • Thermal management in nuclear reactors
  • Cryogenic systems and insulation
  • Spacecraft propulsion and re-entry heating
  • Radiation heat transfer
  • Safety and reliability in extreme environments
Track – 13: Heat and Mass Transfer in Porous Structures and Materials
  • Flow through porous structures
  • Drying and filtration processes
  • Geothermal and soil heat transfer
  • Porous media combustion
  • Modeling and simulation techniques
Track – 14: Experimental Investigations in Heat and Mass Transfer
  • Flow visualization methods
  • Transient and steady-state measurements
  • Microfluidic experimental setups
  • Calibration and error analysis
  • Innovative sensor technologies
Track – 15: Multi-phase Fluid Dynamics and Thermal Interactions
  • Boiling and condensation
  • Droplet and bubble dynamics
  • Slurry and particulate flows
  • Phase change materials and melting
  • Cavitation and flow instabilities

Extended Abstract Submissions:

Extended abstracts for original research articles broadly within the scope of the conference topics, written in English language are, solicited. The topics/tracks of the conference are as follows:

  • The maximum page limit for the extended abstract - 1 page.  
  • The official language of the ICFTE 2026 is English (Plagiarism: Less than 5%).
  • The author(s) will directly present their work at the conference as per the format recommended by the committee (oral presentation or in the form of a poster).
  • At least one of the authors must register per extended astract.

Extended Abstract Submission Link :  https://forms.gle/FUFpRxK1UQgkMkn96

Extended Abstract ICFTE 2026 Format:  Click Here

International Conference on
Fluid and Thermal Engineering

International Conference on
Fluid and Thermal Engineering

International Conference on
Fluid and Thermal Engineering