by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 10 NX9 NX8 NX9: Introduction to Drafting Tags: drafting, draft template In this final lesson for modeling 1, we will introduce the drafting environment in NX. We’ll have a look at how you can add your own drafting templates, and how you use the drafting environment in general. To do this lesson, you need to download the templates located below. Subtitles can be activated by using the CC-button in the video interface. Downloads A4 template A3 template NX8: Introduction to Drafting Tags: drafting, draft template In this final lesson for modeling 1, we will introduce the drafting environment in NX. We’ll have a look at how you can add your own drafting templates, and how you use the drafting environment in general. To do this lesson, you need to download the templates located below. Subtitles can be activated by using the CC-button in the video...
by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 9 Lesson 11 » NX9 NX8 NX9: Case & repetition Tags: modeling case, drafting preparation, pattern curve, repetition In this case, we are going to make a model using mostly known tools. We will introduce a new tool, pattern curve, which is a sketching tool used to copy curves/lines in circular or linear patterns. Please save this file as we are going to use it for lesson 11. Subtitles can be activated by using the CC-button in the video interface. NX8: Case & repetition Tags: modeling case, drafting preparation, pattern curve, repetition In this case, we are going to make a model using mostly known tools. We will introduce a new tool, pattern curve, which is a sketching tool used to copy curves/lines in circular or linear patterns. Please save this file as we are going to use it for lesson 11. Subtitles can be activated by using the CC-button in the video...
by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 8 Lesson 10 » NX9 NX8 NX9: Modeling Case – Cup Tags: modeling case, cup, revolve, sweep along guide, trim body In this case we will model a thermal cup. During the case, we will introduce the tools revolve, sweep along guide and trim body. We will also have a look at how you can change the color of geometry. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. NX8: Modeling Case – Cup Tags: modeling case, cup, revolve, sweep along guide, trim body In this case we will model a thermal cup. During the case, we will introduce the tools revolve, sweep along guide and trim body. We will also have a look at how you can change the color of geometry. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. Exercise 8-11 8 9 10 11 Modeller this geometry using sketch, revolve and the hole-tool. Løsningforslag Modeller følgende figur. Løsningforslag Modeller denne mugga. Tykkelsene på veggene kan være 1mm. Hanken kan du selv velge hvordan du utformer. Løsningforslag Modeller følgende figur. Hint: Se på symmetri og utnytt speilingsverktøy....
by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 7 Lesson 9 » NX9 NX8 NX9: Mirroring Geometry Tags: mirror body, mirror feature In this lesson, we’re going to learn a bit more about mirroring. We will have a look at how you can mirror geometry about a custom datum plane, and explain the difference between mirror body and mirror feature. Subtitles can be activated by using the CC-button in the video interface. NX8: Mirroring Geometry Tags: mirror body, mirror feature In this lesson, we’re going to learn a bit more about mirroring. We will have a look at how you can mirror geometry about a custom datum plane, and explain the difference between mirror body and mirror feature. Subtitles can be activated by using the CC-button in the video...
by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 6 Lesson 8 » NX9 NX8 NX9: In depth – Sketch Tags: sketch, mirror curve, selection bar This lesson will focuse more on sketching. We will take advantage of symmetry, and use mirroring tools to mirror curve about relevant axes. We will also show how you can manually add constraints to curves in a sketch. Another thing we will take a look at is the selection bar. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. NX8: In depth: Sketch Tags: sketch, mirror curve, selection bar This lesson will focuse more on sketching. We will take advantage of symmetry, and use mirroring tools to mirror curve about relevant axes. We will also show how you can manually add constraints to curves in a sketch. Another thing we will take a look at is the selection bar. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. Exercise 6-7 6 7 Model this geometry by using sketch & extrude. Hint: Use two perpendicularly positioned datum planes to sketch the two profiles that this geometry consist of. Suggested Solution Model this geometry by using sketch & extrude. Hint: Take advantage of the symmetry in this model, which can save you from unnecessary work. Suggested Solution...
by Magnus Skogsfjord | Aug 7, 2014 | Modeling 1
Back to course overview « Lesson 5 Lesson 7 » NX9 NX8 NX9: Holes & Datums Tags: hole, datum plane, positioning This lesson will introduce the tool hole. We will also have a closer look at datum planes, and some positioning tips. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. NX8: Holes & Datums Tags: hole, datum plane, positioning This lesson will introduce the tool hole. We will also have a closer look at datum planes, and some positioning tips. Subtitles can be activated by using the CC-button in the video interface. You can try doing the exercises below after you are done with this lesson. Exercise 4-5 4 5 Model this assembly. Remember to create the three parts separately before putting them together in an assembly file. The bolt head with the hexagonal head can be simplified by making a cylinder. NV = 22 [mm] is the length from edge to edge (not corner to corner). The M14-specifications can be found by a simple google-search. You may also simply define the outter thread dimensions to 14mm. Make sure that the bolt will fit into the hole of the bottom block. Bottom block dimensions: 50 x 70 x 25 [mm] Suggested Solution Model this geometry by using sketch & extrude. You can use a datum plane to position the M12-hole using the Hole-tool. Suggested...
