Digital Design Platform Research Articles

Optimizing extreme manufacturing framework: a secure and efficient 3D printing integration framework

This study presents a comprehensive framework for extended manufacturing with integrated 3D printing technologies, exemplifying a paradigm shift in the manufacturing landscape. The Digital Thread Integration establishes a dynamic foundation, enabling real-time collaboration and data flow throughout the product lifecycle. Leveraging advanced AI-driven optimization, Digital Design Platforms streamline designs, processing 1,000 iterations per hour, and recommending materials based on component requirements. On-Demand Manufacturing Hubs strategically placed globally achieve substantial reductions in lead times (48 h) and material waste (15%). The Cybersecurity Infrastructure ensures the sanctity of the digital environment, employing secure communication protocols and an Intrusion Detection System (IDS) responding to threats in milliseconds. The Data Analytics Hub contributes to continual improvement by analysing 100 GB of 3D printing data daily, generating 50 actionable insights weekly. User Interface and Accessibility initiatives empower the workforce through intuitive training modules and responsive help desks. In conclusion, this framework exemplifies secure, efficient, and data-driven extended manufacturing, positioning the industry at the forefront of technological advancement.

Lifestyle and home

Home is a special place where time flows in a very special way. At home, the walls help, and the past never dies. Home is my fortress and a place where I meet my loved ones. Home is both a protective cover facing the outside world and a reflection of the most personal, deep and secret recesses of the soul. In the section devoted to housing, we present the materials of two round tables held with young people in Novosibirsk and Irkutsk. How do representatives of the next generation imagine their home?They will tell us about it. The problem of co-housing was already solved a hundred years ago within the concept of Socialist City (and brought extremely controversial results), but today this theme is returning, while attracting the attention of architects and sociologists on a new digital design platform. Similarly, there is a renewed interest in traditional materials for residential housing, especially, wood. How to teach young architects of the “era of concrete, glass and metal” the skills of designing in wood? This section contains articles devoted to it.

Digital design process and part family division of solid wood custom cabinet door based on multi-attribute overlapping clustering technology

The flexible production of solid wood custom furniture is needed to meet the individual needs of the market. Based on M Company, this study developed a digital design platform and its key technologies (data extraction and integration, part family division, coding technology, model base construction, information interaction, and connection) and proposed a multi-attribute overlapping clustering technology (MOCT) method for the division of a family of cabinet door parts. The results indicated that the platform and technologies based on M company provides a reference for the digital transformation of solid wood furniture. The part family division method based on MOCT displayed excellent grouping performance and adjustability, and it could be extensively applied to the group processing of solid wood furniture parts.

Cylinder Head Design of Experiment by using the Wartsila Digital Design Platform

Cylinder Head Design of Experiment (DOE) was carried out by using the Wartsila digital design platform. The overall goal has been to create a simulation process to perform a complete cylinder head thermal-structural calculation and create a DOE over that process to vary the inputs, the geometrical parameters under optimization, in a fully automatic workflow. The outputs, uploaded to the DOE activity, were used to rank the input effects on the output response, to capture response sensitivity to input changes, to identify parameter interactions and, at the end, to estimate the optimal design.

Construction and Research of Digital Product Design Platform

With the development of electronic information technology, digital design platform design has become mainstream. To build a platform for digital product design is in line with the current development trend. In order to adapt to market personalized, customized direction of rapid development, shorten the development cycle and reduce research costs and enhance the quality ,we should devote human resources to carry out research and implementation, use digital technology as a tool, digitizing product structure and product design, the key is to design products integrated information system.

Study on Product Data Management System Oriented to Computer Aided Industrial Design

Computer Aided Industrial Design System is a key component of the product digital design platform. It is equally important to control its design process and manage its data and documents effectively to share the data generated in the whole design process. Based on the analysis of the basic functions of the product digital industrial design platform, this paper presents the general model and function frame of product data management system oriented to computer aided industrial design according to its data composition character, integrative method of application software and industrial design flow in the process of computer aided industrial design. In addition, with the industrial design of the pneumatic tools as the object, this paper presents the product data management system to achieve the system integration of computer aided industrial design, 3-D structure design and CAE analysis and the data share.