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Paper Submission Procedure and Overview
Papers addressing the challenges of sustainability of a maximum of 8 pages are to be formatted according to the template linked here.
Papers shall be submitted using the Microsoft CMT online submission system before 31 December 2025.
A notification of acceptance or rejection shall be sent to the participants before 15th of January 2025.
Accepted papers can be presented in the conference. The presenting author of each paper shall receive the certificate of presentation.
Presented papers shall be graded according to their technical soundness, novelty and area by the session conveners.
Based on the grades, selected papers shall be forwarded for review and publication in Journal of Thermal Engineering or Sigma Journal of Engineering and Natural Sciences or Springer-Nature Lecture notes in Mechanical Engineering.
Other papers shall be published at Walnut publication after review and recommendation by the review committee.
All publications shall be made only with the consent of the authors of the respective papers.
Call for Papers
InnovEST 2026 invites prospective authors to submit a full-length research paper of a maximum of 08 pages addressing the challenges of sustainability in any of the four identified tracks. The following is a non-exhaustive list of relevant areas.
Track -1: Thermo-Fluid Engineering
Thermo-Fluid Modelling
Heat Transfer Enhancement & Novel Materials,
Life-Cycle Assessment & Policy for Sustainable Thermal Systems
Refrigeration & Air Conditioning, HVAC
Carbon Capture, Utilization & Storage
Aero acoustic
Multiphase Heat Transfer
Phase Change Materials
Waste Heat Recovery
CFD in Thermal System Optimization
Hybrid Renewable Energy Systems
Hydrogen Energy
Solar Thermal Power Generation
AI and Machine Learning in Thermal System
Advanced Thermal Energy Storage
Boiling and Condensation Heat Transfer in Microgravity
Advanced Thermal Insulation Materials and Techniques
Track -2: Solid Mechanics and Design Engineering
Design and analysis of Engineering components and systems
Product Design and Development
Bio-inspired and Biomimetic Structural Design
Compliant mechanisms
Sustainable and Eco-friendly Mechanical Design
Dynamic Loading and Impact Mechanics
Computational Mechanics
Fluid-Structure Interaction
Vibrations, Dynamics and Control
Structural Health Monitoring
Theoretical and Applied Mechanics
Continuum Mechanics: Material modelling and Damage Mechanics
Multiscale Modeling of Solids
Experimental Mechanics
Mechanical metamaterials
MEMS and NEMS
Track -3: Advanced Materials and Manufacturing
Composites
Material Testing & Characterization
Green Manufacturing
Biomaterials & Functional Materials
Polymer and ceramic materials
Metallography
Micro / Nano material
SMART and Intelligent material
Advanced machining processes
Modern Manufacturing
Additive manufacturing
High-Energy Beam Processing
High-speed and Hybrid Machining
Laser Based Manufacturing
Powder Metallurgy and Ceramic Forming
Surface Engineering and Sustainable Coatings
Ergonomics & Operation Management
Conventional to Non-conventional Machining Processes
Advanced Finishing Processes
Bio-Manufacturing and Tissue Engineering
Tribology and Wear analysis
Industry 4.0 & 5.0
Track -4: Applied and interdisciplinary sciences
Electric Vehicles and Batteries
Solar Energy and PV cells
Robotics and Mechatronics
E-waste management
Rare earth metals
Structure & Building Materials
Hydro Energy
Cryogenics manufacturing
Semiconductor Design Materials
Climate Change & Disaster management
Aerospace and Avionics
Smart Products and IoT
Biomechatronics
Human thermal comfort
Precision Agriculture
Cybersecurity for Physical Systems
Power Electronics and Energy Systems
Marine and Ocean Engineering
Nanosystems and Nanotechnology
Geotechnical and Fluid Dynamics
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