Numerical Solution of the Blasius Viscous Flow Problem by Quartic B-Spline Method

Table 2

Comparison of between some numerical results and our results using different values of .

	DTM [11]	LTNHPM [7]	Howarth (RK4)	Proposed method
				0.0	0.00000	0.00000	0.00000	0.00000	0.00000	0.00000
0.2	0.00664	0.00664	0.00664	0.00664	0.00664	0.00664
0.4	0.02656	0.02656	0.02656	0.02656	0.02656	0.02656
0.6	0.05973	0.05973	0.05974	0.05973	0.05973	0.05973
0.8	0.10611	0.10611	0.10611	0.10609	0.10610	0.10611
1.0	0.16557	0.16557	0.16557	0.16554	0.16556	0.16557
1.2	0.23795	0.23795	0.23795	0.23790	0.23794	0.23795
1.4	0.32298	0.32298	0.32298	0.32290	0.32296	0.32298
1.6	0.42032	0.42032	0.42032	0.42021	0.42029	0.42032
1.8	0.52952	0.52952	0.52952	0.52936	0.52948	0.52952
2.0	0.65002	0.65002	0.65003	0.64982	0.64997	0.65002
2.2	0.78119	0.78119	0.78120	0.78093	0.78113	0.78119
2.4	0.92229	0.92228	0.92230	0.92197	0.92221	0.92229
2.6	1.07250	1.07250	1.07252	1.07212	1.07241	1.07250
2.8	1.23098	1.23098	1.23099	1.23054	1.23087	1.23098
3.0	1.39681	1.39681	1.39682	1.39631	1.39668	1.39681
3.2	1.56909	1.56909	1.56911	1.56854	1.56896	1.56909
3.4	1.74695	1.74695	1.74696	1.74635	1.74680	1.74695
3.6	1.92952	1.92952	1.92954	1.92889	1.92936	1.92952
3.8	2.11603	2.11602	2.11605	2.11536	2.11586	2.11603
4.0	2.30574	2.30575	2.30576	2.30506	2.30557	2.30574
4.2	2.49804	2.49805	2.49806	2.49733	2.49786	2.49804
4.4	2.69236	2.69242	2.69238	2.69164	2.69218	2.69236
4.6	2.88824	2.88859	2.88826	2.88751	2.88806	2.88824
4.8	3.08532	3.08718	3.08534	3.08458	3.08513	3.08532
5.0	3.28327	3.29272	3.28329	3.28252	3.28308	3.28327