Tutorials

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How do i add thickness to a polyline in Rhinoceros 3D

Patel Deepak
in Design & CAD
1 1 Intermediate
hi https://grabcad.com/mark.goody-2, following picture can guide you to add thickness to any curves by adding few simple steps while modelling.
Rhino bending rhino wire

Filling basic 6-sided holes in Rhino (ver. 2)

Bobi
in Modeling
1 0 Intermediate
This tutorial shows how to fill a 6-sided hole surrounded by simple planar surface transitions in Rhino.
Rhino transition nurbs surfacing surface 6-sided hole blend rhino

Blend surface - Advanced Planar sections (tutorial 1)

Bobi
in Modeling
1 0 Beginner
Blend surface with advanced "Planar sections" option
Rhino section planar transition nurbs surfacing surface blend rhino

Урок 5. Создание 3D-модели фланцевой прокладки

Victor Stasevsky
in Modeling
1 0 Beginner
Краткий вводный курс по созданию 3D модели:https://www.tflexcad.ru/help/cad/15/index.html?beginning_3d.htm
T-Flex CAD cad t-flex vis

video bat beisball Rhinoceros tutorial Desing intro de Los Simpsons (jajaj) model 3d space travel

Matias Adrian Casciotta Gracia
in Modeling
1 0 Intermediate
A video where I model a baseball bat for a brand design contest. The Simpsons provide the introduction and the rest is a journey through digital cyberspace Jaja. I hope you like it! Hug! Un video donde modelo un bate de béisbol para un concurso del diseño de una marca. Los Simpson aportan la introducción y lo demás es un viaje por el ciberespacio digital Jaja. Espero les guste! Abrazo!
Rhino arquitecturadigital simpsons design space rhinoceros baseball bat modeling

T-FLEX CAD 17 - Создание 3D модели фланца

T-FLEX CAD ST
in Modeling
1 1 Beginner
Урок помогает овладеть базовыми инструментами работы в T-FLEX CAD 17. С помощью видео вы построите 3D модель фланца, а также создадите его 2D проекцию.
T-Flex CAD t-flex cad modeling flange

RHINO 7 = RHINO 5 PLUS SCULPTRIS

Germano Pecoraro Designer
in Modeling
1 1 Beginner
Rhino introduced the SubD command bar in releases 6 and 7. If you still have the previous releases (4-5) one solution I've experimented with is to bundle Rhino 5 with free art modeling software. Even though I have the Rhino 7 release, I can't load it on one of old laptop of mine, so I tried SCULPTRIS, freely downloadable from the web: https://en.wikipedia.org/wiki/Sculptris Files can be exchanged in .OBJ. One limitation of Sculptris is that it sometimes has difficulty importing complex objects. Another limitation of Sculptris is that the starting object to be modeled is a sphere, when instead it would be preferable to start from a cube. This is only a starting free solution, which can be implemented with other more complete artistic software.
Rhino up-grade software

Filling basic 6-sided holes in Rhino (ver. 3)

Bobi
in Modeling
1 0 Beginner
This tutorial shows how to fill a 6-sided hole surrounded by simple planar surface transitions in Rhino.
Rhino rhino blend hole 6-sided surface surfacing nurbs transition

Loft magic

Bobi
in Modeling
1 0 Beginner
When it comes to organic NURBS shapes like that, nothing can beat the quality, simplicity and History-enabled modification that Loft with the “Loose” option provides. A good practice is to use profile curves with the same degree and amount of control points. I started by creating the round base by using the Circle command with the “Deformable” option and 8 control points. Then, I simply copied it a few times and modified each one individually by moving its control points in the desired location. I also used Scale 3D and Scale 1D to adjust the overall size of each profile curve. As I moved or modified each intermediate curve, the History-enabled Loft surface updated in real-time, thus it let me decide what changes I needed to make to achieve the desired shape. NOTE: In this example initially I used the “Normal” option of Loft, which is not a good way to do the shape. The video capture was interrupted for some reason and stopped far earlier, so you will not see how I then deleted the loft surface and create
Rhino

Урок 8. 3D-модель фланца. Примитив

Victor Stasevsky
in Modeling
1 0 Beginner
Команды, объединённые в группу Примитив, позволяют создавать базовые геометрические тела: Параллелепипед, Цилиндр, Конус, Шар, Тор, Призму и Пирамиду без создания дополнительных элементов построения. Источник : https://www.tflexcad.ru/help/cad/15/index.html?primitive.htm
T-Flex CAD cad t-flex vis

Rhinoceros - cutting and contouring

Michal Mejzlík
in Modeling
1 0 Beginner
https://www.youtube.com/watch?v=sDjpMMYhnsQ&list=PLZA1OpYthfNSRPV6-OsOi87TP5YlY5BtA&index=2
Rhino

TUTORIALS BIRD STAND

Beauty Roy Mondal
in Modeling
1 0 Expert
Simple and easy process of 3D modeling and rendering of interior decoration. This can be used as a centerpiece, and also for adding grace to decoration.
Rhino cad design model 3d tutorial stand bird rhino decoration interior hobby

Loft to simulate a full round fillet between 3 surfaces

Bobi
in Modeling
1 0 Beginner
In cases where 3 surfaces meet together and the goal is to create a full round fillet in-between, the top surface could be used to extract an isocurve that’s then used as a middle profile for a “Loft surface”. The two main vertical surfaces are shortened by the amount of approximate radius (in this example, the radius is 5 mm, because the two main surfaces are 10 mm far from each other) and set to tangent start and end for the loft operation. That would maintain the desired top limit for the rounded surface, though it will not produce a true radius fillet.
Rhino rhino radius surface surfacing nurbs transition round fillet

T-FLEX CAD 17 - Базовые инструменты 3D моделирования

T-FLEX CAD ST
in Modeling
1 0 Beginner
Видео демонстрирует процесс создания 3D модели типовой детали "Фланец" различными способами. Рассматриваются методы построения 3D профилей, а также работа команд Вращение, Отверстие и Сглаживание рёбер. Для работы установите бесплатную версию T-FLEX CAD 17 - https://www.tflexcad.ru/download/t-flex-cad-free/
T-Flex CAD engineering mechanical flange basics t-flex cad

Match surfaces manually

Bobi
in Modeling
1 0 Intermediate
One disturbing issue with "Match surface" is that it will try to transfer the 1st and 2nd row of control points to the target edge while keeping the distances between them relatively unchanged. This is usually great for the majority of users, because it's predictable and even usable in specific cases. However, there must be an option to "unclock" the aforementioned correlation between the 1st and 2nd row of control points and instead let "Match surface" adopt the same distances as the target control points. With that option turned on, the surface to be matched will become perfectly matched to the target one. To demonstrate the HUGE advantage of a potential "Adopt" option that I just described, here is a simple way to achieve the necessary correlation between the 1st and 2nd row of control points by "mirroring" the distances from the target surface to the opposite one. Lets hope that "McNeel" will consider adding such an option in the future releases of Rhino.
Rhino blend 3d cnc curvature tangent class-a surface match
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