Prof. Dr. Kanao Fukuda

No. Grant Title Grant Type Grant Category Funder Starting Date End Date
1. Phase 2 Fundamental Study on Forcedly Synchronized Differential Phase (FSDP) Reducer Non Government Agency – (Industry) External Grant – International NSK Ltd., Japan 1/4/2021 31/3/2024
2. Tribological characterization of DLC coated
particles reinforced oxide coating
Professional Development
Research University
Internal Grant – Government Post Doctoral Fellowship 1/7/2021 30/6/2023
3. DEVELOPMENT OF PROTOTYPE WAVEPLATE
SYSTEM IN TRIPREM
Industry-International
Incentive Grant
Government – National Universiti Teknologi Malaysia – UTM 1/5/2022 30/4/2023
4. FUNDAMENTAL RESEARCH ON MATERIAL USED FOR
PERMEATION TUBE METHOD HUMIDIFIER
Non Goverment Agency External Grant – International Daichi Kagaku INC., Japan 1/10/2017 30/9/2021
5. Fundamental Study on Forcedly Synchronized
Differential Phase [FSDP] Reducer
Non Goverment Agency External Grant – International NSK Ltd., Japan 1/1/2019 31/12/2020
6. Modeling of Adhesive Wear Mechanisms in High
Temperature Environment
Non Goverment Agency External Grant – International IHI Corporation, Kanagawa, Japan 1/9/2018 31/3/2020
7. Lapping Plate Evaluation System (LAPES) Contract External Grant – National Penang Seagate Industries Sdn. Bhd. 18/6/2013 17/6/2019
8. Development of an analysis technology for adhesive
wear mechanicsm
Non Goverment Agency External Grant – International IHI Corporation, Kanagawa, Japan 1/9/2016 31/3/2019
9. Influence of atmospheric humidity on various tribological phenomena Matching Grant Internal Grant – Government Universiti Teknologi Malaysia – UTM 1/8/2015 31/1/2018
10 Analysis on Instability in Initial Period of Sliding
Using Objective Combinational Analysis of
Multiple Kinds of Information
Networking Grant External Grant – Foreign
Government
Japan Society for Promotion of Science 1/4/2014 31/3/2017
11. Fundamental Research on Tribological Phenomena UTM R&D Fund Government – National Universiti Teknologi Malaysia – UTM 1/5/2012 31/1/2017
12. Innovative Data Collection And Numerical
Data Analysis To Reveal Fundamental Wear
Mechanisms
Fundamental Research
Grant Scheme
External Grant – National Ministry of Education (MOHE) 16/12/2013 15/6/2016

 

Dr. Shahira Liza

No. Grant Title Grant Type Grant Category Funder Starting Date End Date
1.  Tribological properties of functionalized carbon based additives in conductive grease Non Government Agency – (Industry) External Grant – International NSK-FAM 3/1/2024 28/2/2026
2.  Influence of test conditions on the tribological properties of carbon based lubricant grease Matching Grant Internal Grant – University Universiti Teknologi Malaysia – UTM 3/1/2024 28/2/2026
3. Surface-functionalized polymer additives in grease for friction and wear reduction Non Government Agency – (Industry) External Grant – International STT Inc. 1/1/2024 31/12/2025
4. Tribological characterization of lithium greases with functionalized polymer additives Matching Grant Internal Grant – University Universiti Teknologi Malaysia – UTM 1/1/2024 31/12/2025
5. Synergistic strengthening effect of bi-layered DLC/graphite on friction and wear properties of anodic oxide composite coating for machinery sliding application Fundamental Research
Grant Scheme
External Grant – National Ministry of Education (MOHE) 10/1/2023 30/9/2026
6. Growth mechanism and characterization of composite anodic coating containing industrial waste materials UTM Fundamental Research Internal Grant – University Universiti Teknologi Malaysia – UTM 6/1/2022 30/5/2024
7. Tribological evaluation of self-lubricating diamond like carbon coated particle in metal matrix composite coating Non Government Agency – (Industry) External Grant – International Taiho Kogyo Tribology Research Foundation 12/1/2021 31/5/2023
8. Self Lubricated Composite Oxide Hard Coatings of Lightweight Metal Alloys Non Government Agency – (Industry) External Grant – International JICA 15/4/2021 31/3/2023
9. Photochemical Texturing of Metal Surfaces for Tribological Optimization Fundamental Research
Grant Scheme
External Grant – National Ministry of Education (MOHE) 1/1/2019 30/9/2022
10 Fabrication of Hard Composite Anodic Films on Aluminium Alloy Tier 2 Internal Grant – University Universiti Teknologi Malaysia – UTM 2/1/2018 31/1/2019