Profesor Ir. Dr. Willey Liew Yun Hsien

Profesor Ir. Dr. Willey Liew Yun Hsien

Fakulti Kejuruteraan, UMS

Profesor Ir. Dr. Willey Liew Yun Hsien is a distinguished researcher at Fakulti Kejuruteraan, University Malaysia Sabah. Their research focuses on Wear of Materials Lubrication Precision and Micro-Machining Renewable energy Fracture of Brittle Materials Advanced Coatings Wear detection based on signal processing , .

As a member of Fakulti Kejuruteraan, they contribute significantly to the academic and research community at UMS through their expertise and dedication to advancing knowledge in their field.

Profesor Ir. Dr. Willey Liew Yun Hsien holds Doctor Of Philosophy from Cambridge University, UK , among other qualifications, and has established themselves as a respected expert in their field.

Email CV Summary

Contact Information

Email

wyhliew@ums.edu.my

Academic Department

Fakulti Kejuruteraan, UMS

Appointed Department

Fakulti Kejuruteraan, UMS

Education

Doctor Of Philosophy

Cambridge University, UK

1999

Bachelor Of Engineering

Leicester University, Leicester, UK

1991

Research Collaborators

Research

Projects

32

Active

5

Grants

RM 1,950,496.00

Research Interests & Expertise

No expertise areas available

Publications

Total Publications by Year

Scopus Metrics

Scopus Profile

Documents

82

H-Index

19

Citations

1,498

Affiliation

Universiti Malaysia Sabah

Research listing

Current Research Projects

Investigation into the lateral stability behaviour of interlocking brick (iceb) wall panels using 3d-printed scaled model testing

Member

2024 - 2026

Dispersion and fiber-matrix interaction of polypropylene nanofibre in cementitious mortar under different mixing processes

Member

2024 - 2027

Characterization of sawdust hydrochar derived using microwave-assisted hydrothermal carbonization as photothermal conversion material for solar vapor generation

Member

2023 - 2026

Dispersion and mixing method of synthetic fibre reinforced cementitious mortar

Member

2023 - 2025

Solar energy to hydrogen generation using seawater prototype research project

Member

2023 - 2027

Publications listing

NOTE: PUBLICATION DATA FOR THE LAST 3 YEARS WILL BE DISPLAYED

Showing 1 to 10 of 21 entries

1.

Melvin Gan Jet Hong , Ahmad Nurfaidhi Rizalman , Chua Bih Lii , Willey Liew Yun Hsien , Yeo Wan Sieng (2026), Review On The Progress Of Minimum Quantity Lubrication In The Machining Of Steel

2.

Willey Liew Yun Hsien , Melvin Gan Jet Hong , Siti Nurfadilah Binti Jaini , Chua Bih Lii (2026), Synthesis And Characterization Of Carbonized Sawdust/titanium Dioxide Composite For Solar Vapor Generation

3.

Willey Liew Yun Hsien , Siti Nurfadilah Binti Jaini , Chua Bih Lii , Melvin Gan Jet Hong (2026), Sawdust Hydrochar Derived Using Microwave-assisted Hydrothermal Carbonization For Solar Vapor Generation

4.

Willey Liew Yun Hsien (2026), Synergistic Effects Of Sodium Dodecyl Sulfate On Poly (2-hydroxyethylmethacrylate) And Anodic Aluminium Oxide Composites

5.

Nancy Julius Siambun , Chua Bih Lii , Willey Liew Yun Hsien , Ismail Saad (2025), First-principle Investigations On Electronic And Optical Properties Of Liznas Under Pressure Up To 20 Gpa

6.

Chua Bih Lii , Ismail Saad , Willey Liew Yun Hsien (2025), First-principle Investigations On Electronic And Optical Properties Of Liznas Under Pressure Up To 20 Gpa

7.

Nancy Julius Siambun , Willey Liew Yun Hsien , Chua Bih Lii , Ismail Saad (2025), Influence Of Undercooling On The Solidification Behaviour And Microstructure Of Non-equilibrium Solidification Of Cu-based Alloys

8.

Willey Liew Yun Hsien (2025), Organic And Inorganic Phase Change Materials In Thermal Energy Storage: A Review On Materials Perspectives And Insights With A Case Study

9.

Chua Bih Lii , Willey Liew Yun Hsien , Ismail Saad (2025), Influence Of Undercooling On The Solidification Behaviour And Microstructure Of Non-equilibrium Solidification Of Cu-based Alloys

10.

Melvin Gan Jet Hong , Chua Bih Lii , Willey Liew Yun Hsien (2024), Hydrothermally Derived Hydrochar From Waste Sawdust For Solar Vapor Generation

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