diff --git a/Examples/simulationLogarithmicInflow_10MW.m b/Examples/simulationLogarithmicInflow_10MW.m
deleted file mode 100644
index c0b079c..0000000
--- a/Examples/simulationLogarithmicInflow_10MW.m
+++ /dev/null
@@ -1,41 +0,0 @@
-%
-% SIMULATIONLOGARITHMICINFLOW.M
-% Summary: This script demonstrates how to perform an (open-loop)
-% simulation with the FLORIS model under uniform ambient inflow conditions.
-%
-
-% Instantiate a layout without ambientInflow conditions
-layout = clwindcon_9_turb;
-
-% Use the height from the first turbine type as reference height for the inflow profile
-refheight = layout.uniqueTurbineTypes(1).hubHeight;
-
-% Define an inflow struct and use it in the layout, clwindcon9Turb
-layout.ambientInflow = ambient_inflow_uniform('windSpeed', 6, ...
-                                              'windDirection', 0, ...
-                                              'TI0', .1);
-                                          
-% Make a controlObject for this layout
-controlSet = control_set(layout, 'yawAndRelPowerSetpoint');
-
-% Define subModels
-subModels = model_definition('deflectionModel',      'rans',...
-                             'velocityDeficitModel', 'selfSimilar',...
-                             'wakeCombinationModel', 'quadraticRotorVelocity',...
-                             'addedTurbulenceModel', 'crespoHernandez');
-                         
-% Initialize the FLORIS object and run the simulation                         
-florisRunner = floris(layout, controlSet, subModels);
-florisRunner.run
-display([florisRunner.turbineResults.power])
-
-% Visualize the results
-visTool = visualizer(florisRunner);
-visTool.plot2dIF()
-
-% Note that other options for visualization are:
-%   visTool.plot_layout() % Plot the layout
-%   visTool.plot2dWF()    % Plot the 2D top-view in the wind-aligned frame
-%   visTool.plot2dIF()    % Plot the 2D top-view in the inertial frame
-%   visTool.plot3dWF()    % Plot the 3D flowfield in the wind-aligned frame
-%   visTool.plot3dIF()    % Plot the 3D flowfield in the inertial frame