Siemens NX Surface: Swept, Helix, Face Blend
Course content
ff-1
Siemens NX Surface: Swept basics
07:59 Min
ff-1-p
Siemens NX Surface: Swept basic, exercise
08:28 Min
ff-2
Siemens NX Surface: Swept, from round to rectangular with alignment
08:58 Min
ff-2-p
Siemens NX Surface: Swept, create a Y-Pipe
09:52 Min
ff-3
Siemens NX Surface: Swept, orientation methods
07:05 Min
ff-3-p1
Siemens NX Surface: Swept, Helix, Face Blend
10:28 Min
ff-3-p2
Siemens NX Surface: Swept with spine, helical curve, bridge curve
10:45 Min
ff-4
Siemens NX Surface: The connection types G0, G1, G2, G3
08:27 Min
ff-5
Siemens NX Surface: Surface analysing
14:59 Min
ff-6
Siemens NX Surface: Create a perfect studio spline
13:06 Min
ff-7
Siemens NX Surface: Studio Spline in the sketch, to create Through Curve Mesh
11:51 Min
ff-8
Siemens NX: How to create Law Curves
PREMIUM
24:05 Min
ff-9-1
Siemens NX Surface: Create Through Curve Mesh surface
PREMIUM
21:03 Min
ff-9-2
Siemens NX Surface: Working with Law Extension
PREMIUM
27:30 Min
ff-9-3
Siemens NX Surface: How to link a common design surface.
PREMIUM
17:05 Min
ff-9-4
Siemens NX Surface: Rendering / Visualisation
PREMIUM
20:55 Min
About this lesson
Learn these commands and their options using the example of a propeller.
A propeller, also known as a Kaplan turbine, is like a spiral staircase. This also has a flat pitch on the outside, which becomes steeper and steeper to the inside. The blades of the propeller are shaped in exactly the same way. Sometimes with different wall thicknesses, so that they perfectly divide the water. Or with a slight curvature of the blades, and in any case, with a perfectly rounded outer edge.