Creo Surface Modeling

CAE University > Courses > Creo Surface Modeling

With all of its powerful feature creation tools, solid modeling is not capable of capturing complex shapes. To capture such complex shapes, surface modeling techniques are widely used.

Surface Modeling Course

Surface Modeling course has been developed to teach a user the tools that Creo Parametric provides to build complex surface models. The course offers numerous easy-to-follow tutorials. The self-study course starts from the very basic concepts and teaches advanced concepts step-by-step with the help of examples. A great emphasis is placed on building the tangent and curvature continuous surfaces to give an appealing look to the viewer. The concept of surface quality has been explained in a very clear and effective way. The tools offered by Creo Parametric for analyzing surface quality have been elaborated with examples. After completing the course, an engineer or designer will be able to start a real-world design project from a concept and progress it to a complete, highly aesthetic surface model.

Bike Seat Model

Fixing distorted boundary blend surfaces

Axial fan

Axial fan blade

Axial fan angle control

Creating surface for a gap requiring five sided boundary blended surface

Women Shoe

Building draft angle in the definition of boundary blended surface

Spoon

Soup spoon

Sink mixer

Shower handle: building draft so that geometry is manufacturable

Making variable section sweep surface tangent to adjacent surfaces

Washing Pulsator: Mapping points for boundary blended surface

Pipe intersection

Padestal Base

Building draft angle in definition of variable section sweep surface

Achieving constant draft angle for complex split-surface assemblies

Freely tweaking a datum curve

Creating curvature continuous indent

Creating an indent in the surface

Controlling influence of reference surfaces while creating a boundary blended surface

Bicycle Headlight: Improving surface quality by modifying underlying datum curves

Hand grip model

Trimming surfaces to achieve favorable geometry for a four chain boundary blended surface

Modeling indent in a drawer surface

Using relations in a variable section sweep feature

Maintaining tangency across patterned surfaces

Making side edges of a blended surface tangent to side edges of the reference surfaces

Car scoop

Car surface model

Shampoo Bottle

Binocular: Creating surface for a gap requiring five sided boundary blended

Chair

The training material is divided into sections listed below.

CAD models are accompanied for the user practice. Finished models are also supplied to compare the work done by the user. Finished models are like a mine of information and techniques. You can learn a lot just by looking at how features have been created.