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

-



Current Progress


Expertise

Computational Fracture Mechanics

Structure, Mechanical And Thermal Properties

VERY HIGH

Metallic Additive Manufacturing Materials

Materials Performance And Processes Analysis

VERY HIGH
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)
No Type Name Registration No File Date
No Description

* Data sehingga 11 April 2019

No Professional Bodies (Association/Other Association) Start Date End Date Level