Voici notre dernière sélection de publications et de brevets mondiaux en anglais sur les logiciels de CAO, parmi de nombreuses revues scientifiques en ligne, classées et axées sur les logiciels de CAO, AutoCAD, CATIA, SolidWorks, Dassault Systems, Autodesk, MicroStation, PTC Creo, SketchUp, BricsCAD, Fusion 360, FreeCAD, Civil 3D, OpenSCAD, SketchUp, ArchiCAD et Vectorworks.
Brevets : aucun brevet récent sur ce sujet particulier. Veuillez essayer la recherche manuelle approfondie dans la base de données des brevets dont le lien figure juste au-dessus.
Machining Simulation of Novikov Profile Gear Models for Analysis and Computational Calculations
Published on 2025-03-05 by Pawe? Fudali, Tadeusz Markowski, Jacek Pacana @MDPI
Abstract: The paper presents the process of preparing gear models with an original profile for numerical analyses. We used solid modeling reflecting the gear cutting using the enveloping generation method. A script was prepared in AutoCAD to enable automatic simulation of the material removal process and obtain precise gear models. The analyzed gears had geometry based on Novikov’s engagement; however, during the tool design, the tooth profile was adjusted due to the incorrect values of cert[...]
Our summary: The paper describes the process of preparing gear models with an original profile for numerical analyses using solid modeling. A script in AutoCAD enables automatic simulation of the material removal process to obtain precise gear models with circular-arc tooth profiles. Gears models are used for finite element method calculations in ANSYS and analysis of the contact pattern and stress state in a loaded gearbox.
Machining Simulation, Novikov Profile Gear, Computational Calculations, Solid Modeling
Publication
A Layered Framework for Universal Extraction and Recognition of Electrical Diagrams
Published on 2025-02-20 by Weiguo Cao, Zhong Chen, Congying Wu, Tiecheng Li @MDPI
Abstract: Secondary systems in electrical engineering often rely on traditional CAD software (AutoCAD v2024.1.6) or non-structured, paper-based diagrams for fieldwork, posing challenges for digital transformation. Electrical diagram recognition technology bridges this gap by converting traditional diagram operations into a “digital” model, playing a critical role in power system scheduling, operation, and maintenance. However, conventional recognition methods, which primarily r[...]
Our summary: A novel layered framework is introduced for universal extraction and recognition of electrical diagrams, addressing challenges faced by traditional CAD software and paper-based diagrams. Improved models and algorithms are employed to accurately segment diagram objects, recognize text, and repair connection relationships, outperforming existing approaches in robustness and universality.
Layered Framework, Electrical Diagrams, Recognition Technology, YOLOv7
Publication
Development of a Customized 3D Printed Orthosis for Non-Surgical Treatment of Olecranon Elbow Fractures
Published on 2025-02-11 by Dante Rodriguez, Catherine Boggio, Melany Cama, Joao Torres, Gianella Ccama, Emilio Ochoa, Andoni R. Molina @MDPI
Abstract: Elbow injuries are the second most common upper extremity fractures and often require invasive and costly surgical treatments. To explore a non-surgical alternative, we present the development and evaluation of a custom 3D-printed static orthosis made from polylactic acid (PLA) designed using 3D scanning, CAD software-based modeling and material characterization, showing promise for broader application in similar elbow injuries.[...]
Our summary: Development of custom 3D-printed orthosis for non-surgical treatment of olecranon fractures. Static orthosis made from PLA designed with 3D scanning and CAD software. Promising alternative for elbow injuries.
3D Printing, Customized Orthosis, Non-Surgical Treatment, Elbow Fractures
Publication
The Case of Majalengka, Indonesia
Published on 2025-01-24 by Renaldi Agustian, Andri Irfan Rifai, Arief Rijaluddin, Joewono Prasetijo @MDPI
Abstract: The latest technology to support geometric road planning must be implemented properly. Village road design using digital applications is believed to be able to produce the best planning. This paper aims to analyze the geometric planning of village roads using the AutoCAD® Civil 3D application. The data and planning location is on Village Road in Majalengka Regency, Indonesia. The research method used is to digitize manual planning using the AutoCAD application. The planning standard [...]
Our summary: Analysis of village road planning in Majalengka, Indonesia using AutoCAD Civil 3D application, combining AASHTO and Indonesia Standard, providing convenience, speed, and precision.
AutoCAD, geometric road planning, digital applications, village road design
Publication
FR 
EN 
DE 
ES 
IT