012 publications
Size-dependent microstructures
Vibration and static response of microplates and microshells.
RESEARCH FIELD 03 / 2021–2022
Microstructures & smart materials
Size-dependent microplates and microshells, piezoelectric actuation, thermal buckling, and electro-elastic vibration.
4Related publications
2Research threads
THE CENTRAL QUESTION
How do small-scale mechanics and electrical or thermal coupling change structural stability and vibration?
Research approach
Enriched continuum models examine graphene-reinforced microplates and cylindrical microshells, including nonlocal, strain-gradient, and couple-stress effects. Companion studies explore piezoelectric layers and coupled electrical, thermal, and mechanical loading.
Research perspective
The four papers connect small structural dimensions with material reinforcement and coupled fields. Each also appears in the broader composite-mechanics bibliography.
Nonlocal strain-gradient theoryCouple-stress theoryPiezoelectric couplingThermal stability
WITHIN THE FIELD
Research threads.
Explore the themes and their associated papers. Full references and publisher links follow below.
022 publications
Piezoelectric & electro-elastic structures
Electrical actuation, thermal buckling, and coupled vibration.
- 2022Critical voltage, thermal buckling and frequency characteristics of a thermally affected GPL reinforced composite microdisk covered with piezoelectric actuator
- 2021Free vibration analysis of an electro-elastic GPLRC cylindrical shell surrounded by viscoelastic foundation using modified length-couple stress parameter
THE RELATED BIBLIOGRAPHY
4 publications.
Each paper is listed once within this field. Related work may also appear in another field where its subject or methods overlap. Years follow the journal citation; earlier online dates are shown separately.
2022Online 2020
2022Online 2020
2021Online 2020
2021Online 2019
A CLOSER LOOK
Focused study collections.
Individual questions, methods, and findings within the wider research field.