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An LV-Haack cone aeroshell C=1/3 step by step

Marcelo Valderrey
in Theory
58 0 Intermediate
Generating the LV-Haack curve C=1/3 step-by-step with equations in SolidWORKS.
unr fceia smm nasa challenge

[CAD TIPS#11] ANGLEPOISE LAMP - AUTOCAD SMART BLOCK

Artur Izaak
in Drafting
1 0 Beginner
🔧 Smart Anglepoise Lamp in AutoCAD – Dynamic Block Demo 💡 In this video, I show how to create a smart parametric Anglepoise lamp in AutoCAD using Dynamic Blocks. This setup allows flexible control over the lamp’s articulation with minimal constraints. You’ll see: ✅ Smart use of dynamic parameters ✅ Clean, adjustable geometry for multi-joint movement ✅ Useful tricks for mechanism-style blocks in AutoCAD 💬 Got ideas for other smart block mechanisms? Drop them in the comments! 👉 Like & subscribe for more CAD content!
AutoCAD parametricmodeling mechanicaldesign dynamicblocks cadtips autocad

🛢️ Design Standards for Tank Terminals

Aygün Karaköse
in Standards
1 0 Expert
Tank terminals are critical facilities for the storage and distribution of oil, chemicals, gas, and other liquids. To ensure safety, efficiency, and reliability, international design standards must be applied during engineering and construction. Below is a structured overview of the most widely used tank design standards, organized step by step:
asme viii api 650 api 620 piping design tank terminal tank design

Cara Mudah 3D menjadi 2D di Fusion 360

khoirul anam
in Drafting
0 0 Beginner
Cara mudah membikin desain 3D menjadi 2D di software Fusion 360
Fusion 360 mechanical engineering

Cara Merubah Satuan Pengukuran di Fusion 360

khoirul anam
in Drafting
0 0 Beginner
Saya membuatkan tutorial bagaimana caranya merubah satuan pengukuran pada desain fusion 360
Fusion 360

Tema 4: Elementos de maquina

LUIS GOMEZ
in Drafting
0 0 Beginner
Diseño de Eje con Autodesk Inventor – Shaft Component Generator Este modelo fue desarrollado utilizando el Generador de Ejes (Shaft Component Generator) de Autodesk Inventor, una herramienta especializada para el diseño de componentes de transmisión de potencia. El proyecto incluye: Creación de un eje con secciones cilíndricas y cónicas. Configuración de apoyos (rodamientos) y cargas aplicadas. Cálculo automático de esfuerzos, factores de seguridad y diagramas de corte/momento. Integración del eje en un ensamble mayor (aplicable a maquinaria de construcción, minería o agrícola). 🔧 Aplicaciones: Eje de transmisión en mezcladoras de concreto. Eje excéntrico en chancadoras cónicas. Eje portadiscos en cortadoras de concreto. Ejes de compresores o bombas. Este ejemplo es ideal para estudiantes y profesionales que deseen comprender cómo Inventor permite combinar modelado paramétrico y análisis mecánico en un solo entorno de trabajo.
Autodesk Inventor diseno ejes

CERTIFICATE en SOLIDWORKS CSWA - 1x08

Diego Conde
in Drafting
0 0 Intermediate
En el episodio de hoy seguimos con la serie de videos en la que iremos haciendo paso a paso ejercicios del tipo que propone la empresa Dassault Systemes en sus pruebas de certificación. Te animo a que después de ver el video; intentes replicar tu el ejercicio y a ver si consigues dar con el resultado correcto ¡¡ Después puedes dejarnos e los comentarios que te ha parecido. Gracias por pasarte ¡¡¡¡ Un Saludo ¡¡¡ #certifiedprogram #cswa #diseño
SOLIDWORKS examn cswa solidworks

Tema 1: Creacion de bocetos

LUIS GOMEZ
in Drafting
0 0 Beginner
En este tutorial se muestra cómo utilizar la herramienta Extrude para transformar bocetos 2D en modelos 3D. Primero, se selecciona el perfil a extruir, en este caso un anillo formado por círculos concéntricos, y se aplica una extrusión simétrica con una distancia de 35 mm. El boceto inicial se mantiene visible en el Navegador, lo que permite reutilizar la geometría para múltiples operaciones sin necesidad de crear nuevos bocetos. Posteriormente, se realiza otra extrusión sobre regiones específicas del mismo boceto, aplicando una distancia de 32.5 mm y también en dirección simétrica. Este procedimiento ilustra cómo combinar bocetos reutilizables y operaciones básicas de modelado 3D en Inventor, facilitando la creación de piezas complejas a partir de perfiles simples.
Autodesk Inventor

Cross Joint Kopel di Fusion 360

khoirul anam
in Drafting
0 0 Beginner
Saya mendesain cross joint kopel untuk belajar berbagi ilmu bersama teman teman teknik
Fusion 360

How to Start to Mechanical Design

Tuna Can ÜNAL
in Engineering Fundamentals
0 0 Intermediate
One of the problems frequently encountered by those engaged in machine design is not knowing, or incorrectly knowing, how and where to start the design process. To solve this problem, a guide has been created with the aim of assisting in a more controlled progression of the machine design process. This work has been prepared based on my experiences in various fields. The steps to be followed may vary depending on the industry served, personal experience, and perspectives. The purpose of this study is to ensure the systematic structuring of an optimal design process. Machine design can generally be examined under three main categories: Adaptive Design, Development Design, and New Design (Machine Design – R.S. Khurmi, J.K. Gupta). The topics covered in the sections have been structured based on the New Design approach. Following these topics step by step, and moving to the next stage only after completing each phase, will contribute to the formation of a general machine design mindset. In conclusion, this guide aims to show how and where to start the design process, while also helping to improve the efficiency and accuracy of the design to be carried out. To all designers and those who feel like designers, my best wishes. Happy Design!
mechanical design

Practical Guide How to make Machine

SYED ASHRAF YOUSUF
in Process
0 0 Beginner
Please visit my YouTube channel Engineering and Machine explained where I have practically shown how to design and manufacture various types of machines the link of mu YouTube channel is below https://www.youtube.com/channel/UCL-4ZvamQ4-rdNuF-nrVmdw
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The Computer-Aided Design ("CAD") files and all associated content posted to this website are created, uploaded, managed and owned by third-party users. Each CAD and any associated text, image or data is in no way sponsored by or affiliated with any company, organization or real-world item, product, or good it may purport to portray.