SOLIDWORKS Surface Modeling - Creating a K-Blend

Поділитися
Вставка
  • Опубліковано 7 сер 2024
  • See more at: www.goengineer.com/products/so...
    Learn how to create a k-blend within a surface model of a bicycle frame in SOLIDWORKS. Quick Tip presented by Anthony Willer of GoEngineer.
    About GoEngineer: GoEngineer delivers software, technology and expertise that enable companies to unlock innovation and deliver better products faster. With more than 30 years experience and thousands of customers in high-tech, medical, machine design, energy and other industries, GoEngineer provides best-in-class design solutions from SOLIDWORKS, Stratasys, CAMWorks and Agile PLM.
    www.goengineer.com
    / goengineer
    / goengineer
    / goengineer
    plus.google.com/+goengineer

КОМЕНТАРІ • 24

  • @satriadibasuki
    @satriadibasuki 5 років тому +6

    Please more tutorials about surfacing, especially organic shapes (or maybe links recommendation). Previously I'm working with box modelling type softwares like Blender and Zbrush and it takes time to adapt the mindset of the technique in Solidworks. FYI, I work mainly for furniture products. So I'm looking for relevant techniques. Thanks for your tuts.

  • @BisdremisKostas
    @BisdremisKostas 5 років тому +4

    Thank you Antony , you guys make this world a better place :)

    • @goengineer
      @goengineer  5 років тому

      We appreciate you watching. Thanks for stopping by.

  • @ShayanAsim
    @ShayanAsim 2 роки тому +1

    Excellent tutorial! Thank you!

  • @NoxuzBlog
    @NoxuzBlog 3 роки тому +1

    Golden video!

  • @paulbaird1351
    @paulbaird1351 5 років тому +2

    Is there a preference towards making both of the initial left and right side lofts vs mirroring the first one over?

  • @bpetnoi1472
    @bpetnoi1472 3 роки тому +1

    Well done sir: Concise and easy to follow your approach.

    • @goengineer
      @goengineer  3 роки тому

      Glad it was helpful! Be sure to subscribe for more great 3D CAD Design and 3D printing tutorials.

  • @jamiemacneil1422
    @jamiemacneil1422 4 роки тому

    What a great tutorial, thank you so much !

    • @goengineer
      @goengineer  4 роки тому

      Thank You. If you are interested in additional SOLIDWORKS Tutorial videos be sure to subscribe to our channel ua-cam.com/users/goengineer

  • @mikebeta2909
    @mikebeta2909 10 місяців тому

    Tremendous tut. thank you so much!!!

  • @Quimber100
    @Quimber100 9 днів тому

    Why there is not continuity in some parts of surface?

  • @HARLYZZCCC
    @HARLYZZCCC 5 років тому +1

    COOL TIPZZ!!

  • @kandasamyrajan
    @kandasamyrajan 4 роки тому +2

    Thanks

  • @mrajsma01
    @mrajsma01 4 роки тому

    Sweet as!

  • @yannisspyrakis6098
    @yannisspyrakis6098 2 роки тому

    Hello I have a question
    Around 1:40 minute I see the sketch on the right side and the two cylinders on the left but I can’t understand if the sketches are created inside all three cylinders
    I would appreciate your help :)

  • @zip7806
    @zip7806 2 роки тому

    0:32 How to get the Tool Box to pop up menu? Short Cut?

    • @goengineer
      @goengineer  2 роки тому +1

      The presenter is using the "S" key to bring up the shortcut toolbar. This toolbar can be customized with any tools and function that you are looking for. Right-clicking on an existing toolbar and going to Customize will get you access to the customization tab for this function.

  • @tayneilson
    @tayneilson 4 роки тому +1

    but how do you change surface bodies into solid bodies?

    • @goengineer
      @goengineer  4 роки тому +1

      Another way to accomplish this would be to cap all opening and knitting the solid bodies together so that a water-tight volume is created. If the surfaces are water tight the thicken command will have an additional “convert to solids” option available.

    • @tayneilson
      @tayneilson 4 роки тому

      @@goengineer interesting thank you

  • @trexinvert
    @trexinvert 2 роки тому

    They "key" to "breaking" the circular edge into 4 segment is to "trim" across the cylindrical surface edge with a line containing 2 points.
    A very un-intuitive technique. It's like a putting two grains of sand on the edge of a knife.
    This can also be done with split line feature across the whole surface, but adversely affects the "curvature condition" in the filled surface feature. I know i tried this.