This model represents a hinge mounting bracket designed for mechanical assemblies. The component features a rectangular base plate with mounting holes and a cylindrical pivot support used for connecting rotating or hinged parts.

The curved reinforcement between the base and the pivot housing improves structural strength while maintaining a compact design. The part demonstrates common CAD modeling techniques such as extrusion, filleting, hole features, and cylindrical geometry creation.

This model was created as part of a mechanical CAD practice series to improve skills in parametric modeling and mechanical component design.

Hinge Mounting Bracket with Cylindrical Pivot

Se ha completado este proyecto siguiendo un videotutorial de Oliver Villar en Blendtuts.es. Se puede encontrar el curso completo aquí: https://www.blendtuts.es/mcpl

Se ha modelado y texturizado este personaje Low Poly en Blender. Para su creación, se ha aplicado una técnica de modelado con herramientas de Hard Surface, construyendo la malla mediante extrusiones y manipulación directa de vértices.

- Se ha asegurado una topología limpia basada en quads
- Se han desplegado las UVs
- Se ha creado una estructura de esqueleto (armature) básica para permitir el control de movimiento del personaje
- Las técnicas de modelado han sido: extrusiones, insets, loop cuts y el modificador Mirror.
Y para la parte final, se ha usado Texture Painting directamente en Blender para pintar a mano todas las texturas del personaje

Creación de personaje Low Poly

This 3D model represents a clevis mounting bracket with a cylindrical housing, designed as part of a mechanical CAD practice series. The component includes a hollow cylindrical body supported by a base plate with mounting holes and a dual-ear clevis feature for pin or pivot connections.

The design demonstrates common mechanical CAD techniques including extrusion, hole features, cylindrical geometry creation, and feature-based modeling. Such components are commonly used in mechanical linkages, hinge mechanisms, and structural mounting assemblies.

This model was created to practice parametric solid modeling and mechanical component design.

Clevis Mounting Bracket with Cylindrical Housing

This model represents a pivot support clamp bracket designed as part of a mechanical CAD practice project. The component includes a base plate with mounting holes, a vertical cylindrical support, and a semi-circular clamp arm intended for holding cylindrical components such as pipes or rods.

The design demonstrates key CAD modeling techniques including extrusion, cut features, cylindrical geometry creation, and structural support design. The model was created to practice parametric solid modeling and mechanical part design.

A suitable component for applications involving mechanical supports, pipe holders, or adjustable mounting brackets.

Created using CAD modeling tools as part of continuous learning in mechanical design.

Pivot Support Clamp Bracket

This model represents a rib-reinforced mounting base with a central cylindrical boss, designed as part of a mechanical CAD practice project. The component consists of a square base plate with four mounting holes and a central vertical boss used for supporting a shaft, pin, or mechanical connection.

Triangular reinforcing ribs are added between the base plate and the central boss to improve structural strength and load distribution. This design demonstrates common mechanical CAD techniques such as extrusion, rib creation, hole features, and feature-based parametric modeling.

Such components are commonly used in machine bases, support brackets, and structural mounting elements in mechanical assemblies.

Rib Reinforced Mounting Base with Central Boss

Se ha completado este proyecto siguiendo un videotutorial de Oliver Villar en Blendtuts.es. Se puede encontrar el curso completo aquí: https://www.blendtuts.es/mcpl
Se ha modelado y texturizado este personaje Low Poly en Blender. Para su creación, se ha aplicado una técnica de modelado con herramientas de Hard Surface, construyendo la malla mediante extrusiones y manipulación directa de vértices.

- Se ha asegurado una topología limpia basada en quads.
- Se han desplegado las UVs
- Las técnicas de modelado han sido: extrusiones, insets, loop cuts y el modificador Mirror.

Y para la parte final, se ha usado Texture Painting directamente en Blender para pintar a mano todas las texturas del personaje.

This reinforced clevis mounting bracket was designed and modeled using Autodesk Inventor as part of an ongoing mechanical CAD practice series.

The component features a rounded base with mounting hole, dual vertical support walls, rib reinforcement for improved structural rigidity, and a rear arched cut-out to reduce material while maintaining strength.

The model demonstrates parametric feature-based modeling techniques including extrusion, cut operations, rib creation, and stepped profile design.

Material appearance: Mild Steel (Generic).

Developed as Part 12 in a progressive mechanical design learning series.

Reinforced Clevis Mounting Bracket

Technically, this object is a one-stroke knot path materialized as a closed tubular mesh through the PAPP-OSG pipeline: discrete path construction, topologically verified, tube extrusion, and over/under weaving.
Generated, not hand-modeled: the Triquetra starts as a gate-constrained one-stroke path on a 28-grid trefoil domain, then becomes a Catmull–Rom ribbon and a 10-sided tube via parallel-transport framing and z-lift weaving. 
Result: 430+ controlled crossings in one watertight band.
It uses a trefoil / three-lobe Celtic domain arranged around 120° rotational balance, so the whole form reads as one continuous interlaced band rather than a flat emblem. 
In 3D, the classic triquetra becomes a compact woven sculpture with repeated crossings, rounded tubular volume, and a strong circular silhouette that preserves the symbolic threefold structure while giving it depth, weight, and architectural presence.

Generated by PAPP Framework.

Triquetra OSG |  PAPP

This split clamp pivot support bracket was designed and modeled using Autodesk Inventor with a parametric feature-based workflow.

The component features a circular clamping ring with a split section for fastening, a reinforced support arm, and a secondary cylindrical boss for pivot or linkage connection. A mounting block with through-hole enables assembly integration.

The model demonstrates key solid modeling operations including extrusion, cut features, fillets, and rib reinforcement. The geometry is structured for mechanical stability and practical manufacturing considerations.

Material assigned: Mild Steel (Generic).

Developed as Part 5 in an ongoing mechanical CAD practice series.

Split Clamp Pivot Support Bracket

I've created a drawing of a paper towel box. I've added a pattern to the exterior design. This way, my paper towels will be protected from dust instead of being left out in the open. I can take a paper towel by pulling it from the opening at the top. The model originally named paper_towel_box is actually paper_towel_box v2. In v3, the model is extruded only in the clockwise direction. In v4, it is extruded in the counterclockwise direction. In v5, the model is presented as a simple vertical column without any directional extrusion. The lids of the Paper Towel Box and the Tissue Box are identical. They are compatible with each other. Tissue Box: https://www.thingiverse.com/thing:7054854 Closed cover is added. If you've enjoyed my work and would like to buy me a coffee to support my creative efforts, you can do so through the link below. Your generosity is greatly appreciated! Buy Me a Coffee: https://www.buymeacoffee.com/ahmetutkuozkan

Paper Towel Box

This is a simple hard surface test model created in Plasticity as a beginner exercise. The goal of this model was to practice core CAD workflows such as boolean operations, extrusions. The object is designed as a functional test block with holes, cutouts, making it suitable for both visualization and 3D printing.  This is part of my learning process in hard surface modeling and CAD-based workflows.

lego_test

Este proyecto se ha realizado siguiendo la serie de tutoriales de Academia A3D para el flujo de trabajo de assets 3D. Se puede consultar el proceso completo aquí: https://youtube.com/playlist?list=PLJMNVcCRkZAWjNCXZY69Muru3HM9IXD_V

Se ha desarrollado un sofá desde cero aplicando los siguientes pasos:

- Modelado High Poly: creación de la malla de alta resolución con todos los detalles
- Retopología: generación de un modelo Low Poly optimizado sobre la base del High Poly
- Desplegado de UVs
- Aplicación de materiales
- Las técnicas de modelado han sido: extrusiones, insets, loop cuts, modificador mirror y Sub-D

Modelado de Sofá (High Poly a Low Poly)

Este proyecto se ha realizado siguiendo el flujo de trabajo de Craft Reaper para la creación de assets de videojuegos. Se puede consultar el proceso completo aquí: https://www.youtube.com/watch?v=5nwoGU_ZmhY

Se ha diseñado un escudo desde la base centrándose en una estética de baja poligonización.

- Creación de la estructura del escudo utilizando formas geométricas simples y manipulación de vértices, refuerzo de los bordes y definición de la silueta
- Desplegado de UVs
- Texture painting: aplicación de texturas hand-draw directamente en Blender
- Herramientas usadas: extrusión, inset, knife

Escudo Estilizado

This 3D model represents a Spur Gear, one of the most common types of gears used in mechanical power transmission systems. Spur gears have straight teeth that are parallel to the axis of rotation and are widely used for transmitting motion and torque between parallel shafts.

This model demonstrates basic mechanical CAD modeling techniques including gear profile creation, extrusion, and parametric design. Spur gears are commonly used in gearboxes, mechanical drives, industrial machinery, and automotive systems.

spur gear

This model of Flower of Life features a sophisticated "rainbow mosaic" field where colors are indexed by a dual-center blending logic (nearest and second-nearest circle centers).

Technical Specs:Geometry: 19 interlocking circles with a unique 64-spoke central polar architecture and 256 angular divisions.
Relief: A 22-step vertical extrusion creates a tactile, terraced topography with recessed "dark grout" seams.
Topology: Validated 2-manifold watertight mesh with an Euler characteristic X="(genus-0).
Complexity: 61,058 vertices and 122,112 faces.
Visual Character:The design blends sacred symbolic grammars with a vibrant spectral palette and radial "sparkle" highlights. 
It transforms a classical 2D yantra into a complex 3D topological landscape, optimized for both digital rendering and physical materialization.

Generated by PAPP Framework.

FlowerOfLife_19_Rainbow_64Spoke_V2

Este proyecto se ha relizado  a través de un vídeotutorial de Oliver Villar en Blendtuts.es  en este enlace https ://www.blendtuts.es/mcpl  se encuentra como hacerlo paso a paso. El personaje se ha modelado y se han hecho sus texturas low poly en el programa blender. Para elaborar este modelo se ha aplicado la técnica Hard Surface y las herramientas de modelado han sido la extrusion, loop cuts, modificación de vértices, caras y aristas, escalando, moviendo y rotando las mismas para crear la malla. También se ha utilizao el modificardor Mirror. Posteriormente se han desplagado las UVs y se ha realizado un atlas de color para  pintar directamente las texturas. Como ultima herramienta se ha generado un rigging usando una estructura de huesos ya hechos para aplicar un movimiento a dicho modelo. El render de este personaje https://www.artstation.com/artwork/rlaAJ2

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