1 |
Damage Detection On Aluminum Plate Using Fiber Optic Sensors For Structural Health Monitoring. |
Leader |
01-SEP-2021 |
31-AUG-2023 |
GERAN DALAM |
22,000.00 |
- |
2 |
Fatigue Life Prediction Based On Dynamic Characteristics For Metallic Component |
Leader |
25-MAY-2013 |
24-MAY-2016 |
GERAN DALAM |
22,000.00 |
- |
3 |
A Frequency Domain Approach For Fatigue Life Estimation Of An Automotive Suspension System |
Leader |
15-AUG-2011 |
15-FEB-2013 |
GERAN DALAM |
36,500.00 |
- |
4 |
Interaction Mechanism Of Fractography With Fiber Bragg Grating Sensing For Enhanced Monitoring Of Composite Under Static And Dynamic Loads |
Member |
25-DEC-2023 |
24-DEC-2026 |
GERAN DALAM |
40,000.00 |
On-Going |
5 |
Elucidation Of Delamination In Composite Laminates Via Advanced Processing Of Optical Signals And Machine Learning. |
Member |
15-SEP-2023 |
14-SEP-2025 |
PENYELIDIKAN UNGGUL |
50,000.00 |
On-Going |
6 |
Investigation Of Bolt With Embedded Fiber Bragg Grating Sensor For Monitoring Of In-Service Bolted Joints In Oil And Gas Plant |
Member |
15-DEC-2019 |
14-MAR-2022 |
GERAN DALAM |
32,000.00 |
- |
7 |
Prediction Of Fatigue Crack Initiation In Composite Using Fibre Bragg Grating Sensor |
Member |
05-AUG-2019 |
04-NOV-2021 |
GERAN DALAM |
24,000.00 |
- |
8 |
Hydraulic Characterization Of Pvc-O Pipes By Means Of Transient Tests |
Member |
25-MAY-2017 |
24-MAY-2019 |
GERAN DALAM |
23,000.00 |
- |
9 |
A Study Of Progressive Damage Detection In Thinwalled Composite Structures Using An Embedded Fiber Bragg Grating Acoustic Emission Hybrid System |
Member |
01-AUG-2016 |
31-JUL-2019 |
FRGS |
95,400.00 |
- |
10 |
Structural Dynamic Properties Investigation Of Dissimilar Materials (Aa 7075, Aa 6061, Az31b) Joints Produced By Friction Stir Welding (Fsw) |
Member |
25-JUN-2015 |
24-JUN-2017 |
GERAN DALAM |
20,470.00 |
- |
11 |
Computational Method To Estimate Fatigue Life And Durability Of Spur Gear By Using Stress-Life (Sn) And Measurement Of Root Stress Data |
Member |
25-JUN-2015 |
24-JUN-2017 |
GERAN DALAM |
26,500.00 |
- |
12 |
Development Of A New Technique To Increase The Sensitivity In Crack Identification For Automotive Component : Vibrations Based Analysis |
Member |
01-JUN-2012 |
31-MAY-2014 |
GERAN DALAM |
31,000.00 |
- |