Yes, Codebeamer supports integration with most of the leading test automation and DevOps tools.

The trace is unidirectional since it’s top down. Requirement drives the part identification and creation. Part satisfies the requirement. If the requirement changes, then the part must change since the purpose is changed. But, if the part changes, then the requirement need not change. Design is iterative and the part will continuously evolve and hence no need for backward trace. If you need any further details, please reach out via our website on pdsvision.com/contact/

In what way would you like this shared? Please email [email protected] and we can get you more information. Thanks!

Hi you need multi components module from creo flow analysis, then you have chance to setup two phases of your working fluid, contact your ptc support to get more details.

You might as well create your own video showing how to do it properly. I would be the first one to watch. Do let me know

Mike, there is a relation between the distance between the points and the length of the profile of the coil. The points drive the overall length and the profile drives the length of the spring coils. i.e. <profile length> = <point distance> - ##. There is also a relation between the number of coils and the profile length to maintain the number of coils and change the pitch. <pitch> = <profile length> / <number of coils>.

BoundarySystems thanks for replying. I forgot to mention that I figured out how to properly model a flexible extension spring. If anyone is interested in learning how to make one, or if you just want the actual part file, I'll be happy to help.

Hi Mike, I have actually made an extension spring but it isn't flexible. Could you please share your method of making a flexible extension spring?

Lijo Varughese Chacko Start by drawing a horizontal line (name it S1). New sketch. Reference the line you just drew and then, draw a semi circle about .5 inches away from an endpoint of S1 (this curve represents the hook). Create a centerline perpendicular to S1 in the midpoint, and then mirror the hook across this center point. You should now have two sketches. A line sketch, and two semicircles on opposite ends of the line. New sketch. Title it (C1) Reference all sketches you've drawn so far. Draw a line from the top endpoint of a semicircle to the top endpoint of the other semi circle. Create helical sweep on this line you just drew with S1 used as the center line. You should now have a helical extension spring. Go to tools, relations. Relate the semicircle hook diameters to the length of S1. Relate the semicircle distances from the line to the length of S1. Relate pitch of C1 to length of S1/n (n is number of coils) Now whenever you change the length of S1, the relations will drive the hook dimensions and the number of coils to keep everything proportional. You can now also use this spring in assembly. I can send the prt file if necessary EDIT: I forgot to mention to draw intersecting curve lines to connect the spring to the hooks. You must also reference these entities in the relations tool

Thank you so much for taking the time to explain the steps in detail. I will try this soon.