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Table 4 The numerical solutions with \(\sigma\) = 0.5, \(\alpha\) = 0.5, \(M\) = 80, and \(\hat{\nu }\) = 1 at \(t\) = 1

From: A hybrid B-spline collocation technique for the Caputo time fractional nonlinear Burgers’ equation

\(x\)

Present method

QBSG method [19]

Present method

QBSG method [19]

Present method

QBSG method [19]

Present method

QBSG method [19]

\({\boldsymbol{\Delta}} t =\) 0.002

\({\boldsymbol{\Delta}} t =\) 0.001

\({\boldsymbol{\Delta}} t =\) 0.0005

\({\boldsymbol{\Delta}} t =\) 0.00025

0.0

1.000

1.000000

1.0000

1.000000

1.0000

1.000000

1.0000

1.000000

0.1

1.1052

1.105356

1.1052

1.105287

1.1052

1.105216

1.1052

1.105197

0.2

1.2214

1.221768

1.2214

1.221644

1.2214

1.221493

1.2214

1.221455

0.3

1.3499

1.350395

1.3499

1.350217

1.3499

1.349992

1.3499

1.349935

0.4

1.4918

1.492516

1.4918

1.492287

1.4918

1.491996

1.4918

1.491922

0.5

1.6487

1.649543

1.6487

1.649270

1.6487

1.648922

1.6487

1.648838

0.6

1.8221

1.823031

1.8221

1.822727

1.8221

1.822342

1.8221

1.822247

0.7

2.0138

2.014687

2.0138

2.014378

2.0138

2.013979

2.0138

2.013882

0.8

2.2255

2.226387

2.2255

2.226118

2.2255

2.225747

2.2255

2.225661

0.9

2.4596

2.460180

2.4596

2.460020

2.4596

2.459745

2.4596

2.459680

1.0

2.7183

2.718282

2.7183

2.718282

2.7183

2.718282

2.7183

2.718282