012 publications
Thin sheets & tailor-welded blanks
Bending, out-of-plane loading, and weld orientation in sheet formability.
RESEARCH FIELD 05 / 2020–2026
Materials & manufacturing
Material strength and interfaces, thin-sheet forming, nanofluid-assisted superfinishing, and structure–property relationships in gelatin scaffolds.
6Related publications
4Research threads
THE CENTRAL QUESTION
How do processing conditions, material composition, and interfaces shape strength, formability, and functional properties?
Research approach
Experimental and computational studies address thin-sheet formability, precision finishing, and crosslinked scaffold properties. Complementary predictive studies examine concrete compressive strength and FRP–concrete bond, connecting material composition and interfaces with engineering response.
Research perspective
The work connects material selection and processing with behavior, spanning strength, bond, forming limits, surface roughness, heat transport, and scaffold characterization.
Forming-limit analysisFinite-element simulationSuperfinishing experimentsMaterial characterization
WITHIN THE FIELD
Research threads.
Explore the themes and their associated papers. Full references and publisher links follow below.
021 publication
Nanofluids & precision finishing
Surface roughness and thermal conductivity in superfinishing.
031 publication
Biomaterial structure–property relationships
Experimental and predictive analysis of GPTMS-crosslinked gelatin scaffolds.
042 publications
Material strength & interfaces
Predictive studies of concrete compressive strength and the bond between FRP reinforcement and concrete.
THE RELATED BIBLIOGRAPHY
6 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.
2026
2026
2021
2020
2020
2020
A CLOSER LOOK
Focused study collections.
Individual questions, methods, and findings within the wider research field.
MACHINE LEARNING FOR STRUCTURES · 2020
Explore study →Learning concrete strength & interface behavior
2 of 2 collection papers relate to this field
MATERIALS & MANUFACTURING · 2020–2021
Explore study →Formability of thin & tailor-welded sheets
2 of 2 collection papers relate to this field
NANOMATERIALS & MANUFACTURING · 2026
Explore study →Nanofluid lubricants for precision finishing
1 of 1 collection paper relates to this field
BIOMATERIALS & MACHINE LEARNING · 2026
Explore study →Structure–property learning in gelatin scaffolds
1 of 1 collection paper relates to this field