GRANT(PI & MEMBERS)
3
PUBLICATIONS
5
INDEXED PUBLICATION
4
TOTAL STUDENTS
H-INDEXED (SCOPUS)
CITATIONS (SCOPUS)
Grant (PI)
TOTAL
Publications
INDEXED PUBLICATION
4
NON-INDEXED PUBLICATION
0
OTHERS PUBLICATION
1
TOTAL
Supervisions
MASTER
0
PHD
0
TOTAL
Legend : SPONSOR TYPE OF GRANT
| Grant Name | Year |
|---|---|
| SATREPS 1.3: HYBRID OTEC - NOVEL, ENHANCED THERMAL CONDUCTIVITY HEAT EXCHANGER - NOVEL DESIGN, COST EFFECTIVE MATERIAL, SURFACE AREA CONFIGURATION, LIFE-CYCLE-ANALYSIS (LCA) EVALUATION FOR H-OTEC AND MALAYSIA MODEL (TECHNICAL) MINISTRY OF EDUCATION Long Term Research Grant Scheme |
2019 |
| Meanline modeling of an asymmetrical twin-scroll turbocharger turbine with experimental validation MINISTRY OF EDUCATION Fundamental Research Grant Scheme |
2019 |
Legend : PUBLICATION CATEGORY TYPE OF AUTHORS
| Publication Name | Year |
|---|---|
|
Artificial Neural Network For Predicting A Turbocharged Engine Performance: An Empirical Study
INTERNATIONAL CONFERENCE ON EDGE COMPUTING AND APPLICATIONS (ICECAA 2022) Publication In Scopus CO-AUTHOR |
2022 |
|
Effect Of Adding Ceramic Thermal Barrier Coating On The Turbocharger Efficiency, External And Internal Heat Transfer
JOURNAL OF PHYSICS: CONFERENCE SERIES Publication In Scopus CO-AUTHOR |
2022 |
|
Novel, Enhanced Thermal Conductivity Heat Exchanger For Otec
8TH INTERNATIONAL OTEC SYMPOSIUM Proceedings CO-AUTHOR |
2021 |
|
Steady-State, Transient And Wltc Drive-Cycle
Experimental Performance Comparison Between
Single-Scroll And Twin-Scroll Turbocharger Turbine
SAE WORLD CONGRESS 2019 Publication In Scopus CO-AUTHOR |
2019 |
|
Steady-State Experimental And Meanline Study Of An Asymmetric Twin-Scroll Turbine At Full And Unequal And Partial Admission Conditions
SAE TECHNICAL PAPERS Publication In Scopus CO-AUTHOR |
2018 |
Legend : IP CATEGORY IP LEVEL
| Intellectual Property Name | Grant Register No. | IP Level | IP Category |
|---|
Legend : SESSION LEVEL OF STUDY STATUS SUPERVISION LEVEL
| Supervision List |
|---|