![](img/staff2/profile_picture.jpg)
Dr. Mohd Shamil Bin Shaari
shamil@umpsa.edu.my
094315366
IJAZAH KEDOKTORAN (DOCTORAL DEGREE)(2018)
Kejuruteraan Mekanikal / Jentera
Universiti Kebangsaan Malaysia, Bangi
IJAZAH SARJANA (MASTERS DEGREE)(2014)
Kejuruteraan Mekanikal / Jentera
Northern Illinois University, Dekalb
IJAZAH SARJANA MUDA (BACHELOR DEGREE)(2011)
Kejuruteraan Mekanikal / Jentera
Universiti Malaysia Pahang
Biography
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Current Progress
Expertise
No | Code | Subject |
---|---|---|
1 | BTO2314 | COMPUTER AIDED DESIGN |
2 | BTM2424 | STRENGTH OF MATERIALS |
3 | BTM1614 | COMPUTER AIDED DRAFTING |
4 | BTM2314 | COMPUTER AIDED DESIGN |
5 | BTO3023 | PROPERTIES OF MATERIALS |
6 | BMM2612 | COMPUTER AIDED DESIGN |
7 | BHA2612 | COMPUTER AIDED DESIGN |
8 | BMM2623 | ADVANCED COMPUTER AIDED DESIGN |
9 | BMM3293 | FEM |
10 | BMM2313 | COMPUTER AIDED DESIGN |
11 | BTM1223 | ENGINEERING DYNAMICS |
12 | BTM3143 | METAL FABRICATION PROCESSES |
13 | BTM2223 | ENGINEERING DYNAMICS |
14 | BTM2623 | COMPUTER AIDED MODELLING |
15 | BTM1314 | COMPUTER AIDED DESIGN |
No. | Title | Role | Start Date | End date | Agency | Grant Amount(RM) | Status |
---|---|---|---|---|---|---|---|
1 | Computational Approach On Predicting Coalescences Embedded Cracks For Alsi10mg Metallic Additive Manufacturing Materials | Leader | 01-OCT-2023 | 30-SEP-2025 | FRGS | 123,260.00 | On-Going |
2 | Predicting Fatigue Crack Growth Behavior Using S-Version Fem For Alsi10mg Additive Manufacturing Material | Leader | 01-SEP-2022 | 31-AUG-2025 | PGRS | 2,500.00 | On-Going |
3 | Formulation Of A New Fatigue Reliability Criterion Of Fatigue Crack Growth Computation For Metallic Additive Manufacturing Alsi10mg Materials | Leader | 01-SEP-2019 | 31-MAY-2022 | FRGS | 114,154.00 | - |
4 | A New Formulation Of A Modified Hybrid Model For Uncertainty Quantification For Multi-Crack Growth Under Cyclic Loading | Member | 01-OCT-2023 | 30-SEP-2026 | FRGS | 140,092.00 | On-Going |
5 | Elucidation Of Multi Cracks Propagation For AdditiveManufacturing Materials Under Fatigue Loading | Member | 15-DEC-2022 | 14-DEC-2024 | GERAN DALAM | 40,000.00 | On-Going |
6 | Formulation Of Composite Energy Absorber To Dissipate Kinetic Energy Of Sandwich Panel During Edgewise Oblique Impact | Member | 01-SEP-2019 | 31-MAY-2022 | FRGS | 58,700.00 | - |
No | Project | Customer | Start Date | End Date | Project Amount (RM) |
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No | Type | Name | Registration No | File Date |
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No | Description |
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* Data sehingga 11 April 2019
No | Professional Bodies (Association/Other Association) | Start Date | End Date | Level |
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