A meshless generalized finite difference method for 2D elasticity problems

Simulation of Joint Strength of Single Lap Joint of Composite Plates Based on Variations of Plate Thickness and Overlap Length

“…Optimization study seems to be interesting as subject of further investigation, including dynamic aspects as well, especially by using soft computing techniques like neural networks and evolutionary algorithms (Hidayat and Yusoff, 2009;Hidayat, 2015). Moreover, investigation on the static and dynamic aspects of single lap joint of composite plates by using other numerical methods such as meshless methods (Hidayat et al, 2016;Hidayat et al, 2018;Hidayat et al, 2020) will be also interesting for further research study.…”

Vibration Analysis of Single Lap Joint of Composite Plates Based on Variations of Plate Thickness and Overlap Length

“…In addition, the failure propagation due to delamination will be more pronounced as well (Karachalios et al, 2013). Investigation on the strength and vibration resistance of single lap joint of composite plates by using other numerical methods (Hidayat et al, 2016;Hidayat et al, 2020) will be also interesting as subjects of further research study.…”

Numerical analysis of the thermomechanical behavior of rubber concrete at high temperatures

“…[35][36][37] However, the FDM is used for dynamic modeling coupled thermoelasticity problems. 26,41,42 Until now, studies on the thermal and mechanical behavior of rubber concrete under fire loading are still rare, caused by the difficulty of the experimental tests, and even if the experiment tests are practicable, the cost is much more expensive.…”

“…Several researchers used the finite difference method (FDM) to investigate in thermomechanical behavior of materials 35–37 . However, the FDM is used for dynamic modeling coupled thermoelasticity problems 26,41,42 …”