METAL-2025 fosters cooperation and creativity in this modern era of growing
technology.
This conference intends to make it easier for researchers, academicians, students,
and
industry professionals to share new concepts, research findings, and best practices
in
mechanical engineering technology and advanced learning.
The objective of the conference is to facilitate communication between academics and
business leaders to discover shared problems and investigate prospects for
technology
transfer, commercialization, and consulting partnerships. METAL-2025 will assist
students,
early-career researchers, and young professionals in developing their skills in
cutting-edge
mechanical engineering technologies by providing them with opportunities to network
with
industry veterans, gain insight into emerging trends and opportunities, and learn
from the
experiences of thoughtful industrial leaders.
Encourage and highlight innovative research and development initiatives that are
working to
push the boundaries of mechanical engineering technology, such as improved metal
forming,
energy efficient systems, material characterization, advanced metal forming,
composite and
polymer manufacturing, intermetallics, future generation materials, laser based
manufacturing, high-energy beam processing, sub-scale simulations, computational
mechanics, smart material, super alloys, aerodynamics, heat and mass transfer,
combustion,
propulsion, fire dynamics, refrigeration and air conditioning, sensors and
transducers,
turbulent flows, reactive flows, numerical heat transfer, phase change materials,
micro- and
nano-scale transport, multi-phase flows, nuclear and space applications, flexible
manufacturing technology, non-traditional machining processes, structural strength
and
robustness, vibration, noise analysis and control, tribology, robotics and
automation,
renewable energy, hydrogen energy, climate study and sustainability, zero carbon,
artificial
intelligence, machine learning and neural networks.