2.) Charoensawan P., Yambangwai D., Cholamjiak W., Suparatulatorn R., An inertial parallel algorithm for a finite family of G-nonexpansive mappings with application to the diffusion problem,

3.) Suparatulatorn R., Charoensawan P., Khemphet A., An inertial subgradient extragradient method of variational inequality problems involving quasi-nonexpansive operators with applications,

4.) Wongsaijai B., Charoensawan P., Chaobankoh T., Poochinapan K., Advance in compact structure-preserving manner to the Rosenau–Kawahara model of shallow-water wave,

5.) Mouktonglang T., Charoensawan P., Suparatulatorn R., A novel iterative scheme of operators with property (E) and its applications,

6.) Thangthong C., Charoensawan P., Dangskul S., Phudolsitthiphat N., Common Best Proximity Point Theorems in JS-Metric Spaces Endowed with Graphs,

7.) Suparatulatorn R., Charoensawan P., Poochinapan K., Dangskul S., An algorithm for the split feasible problem and image restoration,

8.) Charoensawan P., Chaobankoh T., Best proximity point results for g-proximal geraghty mappings,

9.) Charoensawan P., Suparatulatorn R., Hyers-ulam stability of the additive s-functional inequality and hom-derivations in banach algebras,

10.) Suparatulatorn R., Khemphet A., Charoensawan P., Suantai S., Phudolsitthiphat N., Generalized self-adaptive algorithm for solving split common fixed point problem and its application to image restoration problem,

11.) Charoensawan P., Atiponrat W., Coincidence point theorems for BKC-contraction mappings in generalized metric spaces endowed with a directed graph,

12.) Thangthong C., Charoensawan P., Some common fixed point theorem for geraghty’s type contraction mapping with two T-metrics in T-metric spaces with graph,

13.) Charoensawan P., Chaobankoh T., Best proximity point theorems for (G, D)-proximal geraghty maps in JS-metric spaces,

14.) Wiriyapongsanon A., Charoensawan P., Chaobankoh T., Best proximity coincidence point results for (α, D)-proximal generalized Geraghty mappings in JS-metric spaces,

15.) Chousurin R., Mouktonglang T., Charoensawan P., Fourth-order conservative algorithm for nonlinear wave propagation: The rosenau-KdV equation,

16.) Suparatulatorn R., Charoensawan P., Poochinapan K., Inertial self-adaptive algorithm for solving split feasible problems with applications to image restoration,

17.) Manorot P., Charoensawan P., Dangskul S., Numerical solutions to the Rosenau-Kawahara equation for shallow water waves via pseudo-compact methods,

18.) Chaobankoh T., Charoensawan P., Common tripled fixed point theorems for ψ-geraghty-type contraction mappings endowed with a directed graph,

19.) Thangthong C., Charoensawan P., Common fixed point theorems for some admissible contraction mapping in JS-metric spaces,

20.) Phudolsitthiphat N., Charoensawan P., Common fixed point results for three maps one of which is multivalued in G-metric spaces,

21.) Charoensawan P., Tripled coincidence point theorems with M-invariant set for a α-ψ-contractive mapping in partially metric spaces,

22.) Charoensawan P., Common fixed point theorems for geraghty’s type contraction mapping with two generalized metrics endowed with a directed graph in JS-metric spaces,

23.) Charoensawan P., Chaobankoh T., Common fixed point and coupled coincidence point theorems for θ-ψ contraction mappings with two metrics endowed with a directed graph,

24.) Tiammee J., Charoensawan P., Suantai S., Fixed Point Theorems for Multivalued Nonself G -Almost Contractions in Banach Spaces Endowed with Graphs,

25.) Charoensawan P., (G, F)-closed set and coupled coincidence point theorems for a generalized compatible in partially metric spaces,

26.) Charoensawan P., Coupled coincidence point theorems for a α-ψ-contractive mapping in partially metric spaces with M-invariant set,

27.) Suantai S., Charoensawan P., Lampert T.A., Common coupled fixed point theorems for θ-ψ-contraction mappings endowed with a directed graph,

28.) Thangthong C., Charoensawan P., Coupled coincidence point theorems for a (β, g)-ψ-contractive mapping in partially ordered g-metric spaces,

29.) Na Nan N., Charoensawan P., [InlineEquation not available: see fulltext.]-Closed set and coupled coincidence point theorems for a generalized compatible in partially G-metric spaces,

30.) Na Nan N., Charoensawan P., Coupled g-coincidence point theorems for a generalized compatible pair in complete metric spaces,

31.) Charoensawan P., Thangthong C., (G, F)-Closed set and tripled point of coincidence theorems for generalized compatibility in partially metric spaces,

32.) Thangthong C., Charoensawan P., Coupled coincidence point theorems for a φ-contractive mapping in partially ordered G-metric spaces without mixed g-monotone property,

33.) Charoensawan P., Coupled fixed point theorems for a ϕ-contractive mapping in partial metric spaces,

34.) Charoensawan P., Thangthong C., On coupled coincidence point theorems on partially ordered G-metric spaces without mixed g-monotone,

35.) Charoensawan P., Klanarong C., Coupled coincidence point theorems for (φ; ψ)-contractive mixed monotone mapping in partially ordered metric spaces,

36.) Charoensawan P., Tripled fixed points theorems for (φ, ψ)-contractive operators on partially ordered metric spaces without mixed monotone,

37.) Charoensawan P., Klanarong C., Coupled coincidence point theorems for φ-contractive under (f, g)-invariant set in complete metric space,

38.) Charoensawan P., Tripled fixed points theorems for ø-contractive mixed monotone operators on partially ordered metric spaces,

39.) Charoensawan P., Phong V., Sanh N., Solution properties of some classes of operator equations in hilbert spaces,