Penerbitan Berimpak Tinggi

c. h. chin, s. abdullah, s. s. k. singh, a. k. ariffin & d. schramm.  (2021).  computing low-frequency vibration energy with hölder singularities as durability predictive criterion of random road excitation.  - soft computing.  6469-6487. 

c.h. chin, a.a.a. rahim, s. abdullah, s.s.k. singh, n. md nor.  (2021).  acceptability of the effective strain damage model for fatigue life assessment considering the load sequence effect for automotive coil spring.  - engineering failure analysis.  1-18. 

a.a.a. rahim, s. abdullah, s.s.k. singh, m.z. nuawi.  (2021).  fatigue strain signal reconstruction technique based on selected wavelet decomposition levels of an automobile coil spring.  - engineering failure analysis.  1-14. 

m. k. faidzi, s. abdullah, m. f. abdullah, a. h. azman, s. s. k. singh & d. hui.  (2021).  computational analysis on the different core configurations for metal sandwich panel under high velocity impact.  - soft computing.  10561-10574. 

reza manouchehrynia, shahrum abdullah, salvinder singh karam singh.  (2020).  fatigue reliability assessment of an automobile coil spring under random strain loads using probabilistic technique.  - metals.  1-24. 

n.n.m. nasir, s. abdullah, s.s.k. singh, s.m. haris.  (2020).  risk-based life assessment of prediction models on suspension system for various road profiles.  - engineering failure analysis.  1-19. 

s.s.k. singh , s. abdullah, a.k. ariffin.  (2020).  fatigue reliability assessment in time domain using stochastic- induced random stress loads due to limited experimental data.  - engineering failure analysis.  1-15. 

c.h. chin, s. abdullah, s.s.k. singh, a.k. ariffin, d. schramm.  (2020).  durability assessment of suspension coil spring considering the multifractality of road excitations.  - measurement.  1-14. 

s.s.k. singh, s. abdullah & n. nikabdullah.  (2017).  the needs of understanding stochastic fatigue failure for the automobile crankshaft: a review.  - engineering failure analysis.  464-471.