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What is a projection curve?
It allows the user to create curves by projecting the selected curves onto the face of the user-defined solid or surface geometry.
What does zero thickness mean in Solidworks?
Zero-thickness geometry (also known as non-manifold geometry) exists when edges or vertices in a solid model do not properly connect with adjacent geometry. … SOLIDWORKS does not allow zero thickness geometry because it can lead to mathematical problems and downstream errors in the model.
How do you create an offset plane in Solidworks?
Click . You can also Ctrl + drag an existing plane to create a new plane that is offset from the existing plane. To change the names for construction planes in the current document, click-pause-click the plane’s name in the FeatureManager design tree and type a new name.
How do you thicken a surface in Creo?
Enter the Thicken tool by clicking Model > Thicken. In order to enter the Thicken tool, you must have a surface feature or quilt selected. Only valid geometry can be selected before entering the Thicken tool.
What can you do with a projected curve in Solidworks?
The Projected Curve tool does not support projections of intersecting curves. You can project curves from 2D and 3D sketches, onto faces and planes. You can replace one or more of the sketches that make up a projected curve of two sketches projected onto one another.
What is projected view in Solidworks?
Projected views are created by folding off an existing view in one of eight possible projections. The resulting view orientation is affected by the setting of First angle or Third angle projection as defined in the drawing sheet properties.
What is discounting curve?
A graphical representation of interest rates used for calculating the present value of a transaction’s cash flows.
What is Project curve solidworks?
You can project a sketched curve onto a model face to create a 3D curve. You can also create a 3D curve that represents the intersection of two extruded surfaces generated by creating sketches on two intersecting planes. You can also use 3D sketches as input for the Projected Curve tool. …
Can you extrude a projected curve?
The projected curve is not planar. You need to either create a surface inside the projected curve, and extrude the surface, – or – extrude the curve and then create surfaces to close the extrusion. … To avoid the same rotate the tire surface so that the projected curve is no longer on the seam.
How do I create a plane at an angle to another plane?
The trick is simple: select a plane as the first reference and then select the multiple plane option BEFORE you pick the axis. Then select the angle option and type in 10 degrees and 36 in the ‘Number of planes to create’. This creates all 36 instantly!
How do you use interference detection in Solidworks?
Interference Detection PropertyManager. You can select components to check and set options for types of interferences to find, and then calculate results. To open this PropertyManager: Click Interference Detection (Assembly toolbar) or Tools > Evaluate > Interference Detection.
How do you offset a plane?
To create an Offset Plane, select a planar face or plane that you want to offset from and specify the offset distance. Select the Flip offset button if you need the plane to be created in the opposite direction.
How do you project geometry in Solidworks 2019?
To project a curve: Click Project Curve on the Curves toolbar, or Insert > Curve > Projected. Use this selection to project a sketched curve onto a model face. Under Sketch to Project , select the curve in the graphics area or from the flyout FeatureManager design tree.
How do you calculate the area of a projection?
The projected area calculation therefore uses the area formula for a circle: area equals pi times radius times radius, or A=πr2. If the diameter of the sphere is 20 feet, then the radius will be 20÷2=10 and the projected area will be A=π × 102≈3.14 × 100=314 square feet.
Why do we convert entities in Solidworks?
The SOLIDWORKS Convert Entities tool is both useful and powerful in that it will project edges of a face onto the active sketch whether or not the face is parallel to the active sketch. These edges will always be projected as seen when looking normal to the sketch.
