The 2nd Edition of the International Congress on Materials Science and Nanotechnology(M-Nano 2026) will bring together researchers, scientists, engineers, and innovators to explore emerging developments in materials science and nanotechnology.
📅 November 23–25, 2026
💻 Virtual Event
🔬 Featured Scientific Presentation
“Innovative
Techniques for Computer Modeling of Thermoelectric Property Interdependencies”
👨🔬 Featured
Speaker
MichaelSpry
Michael Spry Consulting, United States
Michael
Spry is a retired electrical engineering technologist, computer programmer, and
writer with extensive experience in thermoelectric system testing,
temperature-control systems, computer programming, and thermoelectric modeling.
⚙️ Key Areas of the Presentation
🔹 Advanced computer modeling of thermoelectric
material performance
🔹 Interdependencies between Seebeck, Peltier, and
Thomson effects
🔹 Thermal conduction and electrical resistance
analysis
🔹 Finite element approaches for thermoelectric
systems
🔹 Segment-based modeling of thermal gradients and
energy flow
🔹 Successive approximation algorithms for achieving
accurate solutions
🔹 Computer modeling for thermoelectric power
generation and cooling applications
The
presentation explores how modern computational techniques can overcome
limitations associated with traditional thermoelectric analysis. By dividing
thermoelectric samples into numerous segments and applying successive
approximation algorithms, the models provide a detailed view of changing energy
levels and thermal gradients throughout the material.
🌐 Join M-Nano 2026 Online
M-Nano
2026 provides a platform for researchers and professionals to exchange
knowledge, present innovative research, and explore emerging technologies in
materials science and nanotechnology.
🌍 Conference Website:
https://materials.miconferences.com/
📝 Submit Your Abstract:
https://materials.miconferences.com/abstract-submission
🎥 Watch Scientific Presentations:
https://www.youtube.com/@MathewsInternationalLLC
Join
M-Nano 2026 online and explore innovative approaches to understanding and
modeling the complex behavior of thermoelectric materials.
#MNano2026
#MaterialsScience #Nanotechnology #ThermoelectricMaterials #Thermoelectricity
#AdvancedMaterials #MaterialsEngineering #ComputerModeling #MaterialsResearch
#ScientificInnovation #VirtualConference
No comments:
Post a Comment