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Current Mechanics and Advanced Materials
ISSN: 2666-1845 (Print)
eISSN: 2666-1853 (Online)
- Materials · Advanced Piezoelectric/Dielectric Materials
- Fabrication Methods & Characterization · New/Advanced Specimen Fabrication Methods
- Designs · New device designs
- Computer Simulation Algorism · Innovative Simulation Algorism (in comparison with conventional simulation software)
- Applications · Actuator/Sensor Applications
· Magnetostrictive/Magnetic Materials
· Semiconductor Materials
· Advanced Structural Materials
· Optical/Electrooptical Materials
· Advanced Polymers/Elastomers
· Bio/Medical Materials
· Advanced Composites
· Meta Materials
· Nano Particles, Amorphous Materials
· MEMS/NEMS Fabrication Methods
· Performance Characterization Systems
· Reliability of the Materials, including Lifetime, Breakdown
· Advanced Performance Designs
· MEMS/NEMS Designs
· Biomechanical Modeling
· A simulation study with conventional software requires the comparison with the experimental results.
· Ultrasonic Motors
· Piezoelectric Transformers
· New/Advanced Energy Harvesting Systems
· Medical and Bio Equipment
· Advanced Mechanical Structures, including Infrastructures
· Aerospace, Surface/Underwater Vehicles, including Drones
Current Mechanics and Advanced Materials is an international, peer-reviewed journal on all aspects of mechanics and advanced materials published continuously (print & online) by Bentham Science Publishers.
Editor-in-Chief:
Electrical Engineering Department
Special Issues With Active Call for Papers
Advanced Functional Materials for Environmental and Energy Applications
The Thematic Issue on "Advanced Functional Materials for Environmental and Energy Applications" explores the critical role of transition metals in developing innovative solutions for pressing environmental and energy challenges. The scope of this issue encompasses the design, synthesis, and application of functional materials incorporating transition metals, which are known for their unique electronic, catalytic, and magnetic properties. These materials have been pivotal in advancing technologies such as water purification, wastewater treatment, renewable energy generation, and... see more
Advanced Materials for Additive Manufacturing
Additive manufacturing, also known as 3D printing, has received a great deal of attention from the scientific and industrial communities. A variety of 3D printing techniques have been developed that enable printing from the macro to the micron scale, revolutionizing the way materials such as polymers, metals, and ceramics are manufactured. However, the further development and application of 3D printing technologies are limited by limited 3D printable materials and the poor performance of the final... see more