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Research Article

Abundant new computational wave solutions of the GM-DP-CH equation via two modified recent computational schemes

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Pages 1554-1562 | Received 20 Jun 2020, Accepted 13 Oct 2020, Published online: 19 Nov 2020

Figures & data

Figure 1. Dark-wave solutions of Equation (6) when ϱ=5,δ=1,ϱ=6,a1=100,=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 1. Dark-wave solutions of Equation (6) when ϱ=5,δ=1,ϱ=6,a1=100,℧=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 2. Bright wave solutions of Equation (7) when ϱ=5,δ=0,ϱ=6,a1=100,=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 2. Bright wave solutions of Equation (7) when ϱ=5,δ=0,ϱ=6,a1=100,℧=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 3. Dark-wave solutions of Equation (12) when ϱ=5,δ=1,ϱ=6,a1=100,=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 3. Dark-wave solutions of Equation (12) when ϱ=5,δ=1,ϱ=6,a−1=100,℧=5 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 4. Periodic cone wave solutions of Equation (19) when ϡ=5,r=1,ϟ=6,b1=100 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 4. Periodic cone wave solutions of Equation (19) when ϡ=5,r=1,ϟ=6,b1=100 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 5. Periodic cone wave solutions of Equation (21) when ϡ=2,r=0,ϟ=4,κ=2,b1=100 in three, two-dimensional, and contour plot in two-dimensional plots.

Figure 5. Periodic cone wave solutions of Equation (21) when ϡ=2,r=0,ϟ=4,κ=2,b1=100 in three, two-dimensional, and contour plot in two-dimensional plots.

Data Availability

All data used for the findings in this research are available publicly in manuscript.