id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ejpam-3194	Fiza, Mehreen; Ullah, Hakeem; Islam, Saeed; Shah, Qayum; Chohan, Farkhanda Inayat; Mamat, Mustafa Bin	Modifications of the Multistep Optimal Homotopy Asymptotic Method to Some Nonlinear KdV-Equations	2018	16	.pdf	application/pdf	4824	284	78	Solution Closed Form Solution (HAM) Solution 0 0.473333 0.47422 0.473333 20 0.510507 0.51122 0.51030 40 0.51328 0.513294 0.51324 60 0.513332 0.513333 0.513310 80 0.513333 0.513333 0.513333 100 0.513333 0.513333 0.513333 Table 2: Comparison of (MOHAM), HAM and Closed form solutions for v(ζ, t) at t = 1 ζ (MOHAM) Solution Closed Form Solution (HAM) Solution 0 0.334667 0.343533 0.334661 20 0.706406 0.713534 0.706402 40 0.73413 0.734269 0.73411 60 0.734657 0.734659 0.734654 80 0.734666 0.734667 0.734665 100 0.734667 0.734667 0.734667 Table 3: Comparison of (MOHAM), HAM and Closed form solutions for w(ζ, t) at t = 1 ζ (MOHAM) Solution Closed Form Solution (HAM) Solution 0 1.5 1.50222 1.5 20 1.59393 1.59472 1.59293 40 1.59987 1.5999 1.59985 60 1.6 1.6 1.6 80 1.6 1.6 1.6 100 1.6 1.6 1.6 H. Ullah et al. / Eur. Fundamental Mathematical Theory of (MOHAM) for a system of coupled PDEs Consider a system of n partial differential equations of the form A1 ( f1(ζ, t), f2(ζ, t), ..., fn(ζ, t) ) + s1(ζ, t)	cache/ejpam-3194.pdf	txt/ejpam-3194.txt