User contributions for Fluidslab

18 May 2011

• 11:2511:25, 18 May 2011 diff hist −355‎ MATLAB figures ‎No edit summary

17 May 2011

• 21:4321:43, 17 May 2011 diff hist 0‎ MATLAB figures ‎No edit summary
• 21:4321:43, 17 May 2011 diff hist 0‎ MATLAB figures ‎ →‎Cropping with pdfcrop
• 21:4221:42, 17 May 2011 diff hist +355‎ MATLAB figures ‎No edit summary
• 15:2715:27, 17 May 2011 diff hist −7‎ Navier-Stokes equations ‎No edit summary
• 15:2615:26, 17 May 2011 diff hist +25‎ Navier-Stokes equations ‎No edit summary
• 15:2615:26, 17 May 2011 diff hist +114‎ Navier-Stokes equations ‎No edit summary
• 15:2115:21, 17 May 2011 diff hist +3‎ Shallow water equations ‎No edit summary
• 15:2015:20, 17 May 2011 diff hist +387‎ N Shallow water equations ‎ Created page with 'For a one-layer fluid <br> <math> \frac{\partial h}{\partial t} + \nabla \cdot \left(h \mathbf{u}\right) =0 \, , </math> <br> <math> \frac{\partial \mathbf{u}}{\partial t} + \lef…'
• 15:1415:14, 17 May 2011 diff hist +4‎ Navier-Stokes equations ‎No edit summary
• 15:1415:14, 17 May 2011 diff hist +80‎ Navier-Stokes equations ‎No edit summary
• 15:1215:12, 17 May 2011 diff hist +5‎ Navier-Stokes equations ‎No edit summary
• 15:1215:12, 17 May 2011 diff hist −29‎ Navier-Stokes equations ‎No edit summary
• 15:1015:10, 17 May 2011 diff hist +174‎ Navier-Stokes equations ‎No edit summary
• 15:0815:08, 17 May 2011 diff hist +138‎ N Wave equations ‎ Created page with 'In one dimension<br> <math>u_{tt} = c^2 u_{xx} \, ,</math> <br> In two or three dimensions<br> <math> u_{tt} = c^2 \nabla^2 u \, . </math>' current
• 15:0015:00, 17 May 2011 diff hist −3‎ Euler equations ‎No edit summary current
• 14:5914:59, 17 May 2011 diff hist +2‎ Euler equations ‎No edit summary
• 14:5814:58, 17 May 2011 diff hist +661‎ Euler equations ‎No edit summary
• 14:5414:54, 17 May 2011 diff hist +113‎ Euler equations ‎No edit summary
• 14:5014:50, 17 May 2011 diff hist +20‎ Euler equations ‎No edit summary
• 14:5014:50, 17 May 2011 diff hist +148‎ N Euler equations ‎ Created page with '<math> \frac{\partial \rho }{\partial t} + \nabla \cdot \left( \rho \mathbf{u} \right) = 0 \, , \frac{\partial (\rho \mathbf{u})}{\partial t}</math>'

16 May 2011

• 15:4315:43, 16 May 2011 diff hist +443‎ MATLAB figures ‎No edit summary
• 15:2915:29, 16 May 2011 diff hist +581‎ N MATLAB figures ‎ Created page with 'This page describes the best practices for making figures in MATLAB for inclusion in a LATEX document == Vector graphics == Most of the time you will want to choose vector grap…'