Industrial Product Design Research Articles

Innovative Sensor Design Method of Industrial Ceramic Product Modeling Based on Immune Optimization Algorithm

A new method based on immune optimization algorithm was proposed for modeling and design of industrial ceramic products. Based on the joint coding of fuzzy rules and membership function parameters, an improved immune optimization algorithm was used to realize the synchronous optimization of industrial ceramic product modeling. A superheated steam temperature control system is taken as an example to carry out simulation tests. The results show that the ratio of the unit volume to the side length is between 0 and 1, which is called the mass of the grid element. Zero is the worst quality and one is the best. Element aspect ratio and distortion degree are also basic inspection indexes. The average mass of vacuum glass is 0.86, the aspect ratio is 1.71, and the element distortion degree is 0.13, indicating that the grid quality is well divided. It is proved that using the improved immune genetic algorithm to optimize fuzzy control can overcome the defects of the traditional genetic algorithm and ensure the faster and more stable search for the optimal rule base and membership function.

Art Design Method of Industrial Products Based on Internet of Things Technology and Virtual VR.

The Internet of Things technology transmits and shares physical information on the Internet, and describes the continuous world through scattered data. From the perspective of internal characteristics, the efficient interconnection of large-scale heterogeneous network elements is composed of the Internet of Things and imported from abroad, so there has been a high degree of accumulation in foreign countries so far. In 1980, the United States proposed a virtual reality concept called VR for short. Embedded virtual VR technology usually uses equipment to close the user's senses and temporarily isolate the user from the actual environment. This article also discusses the design of industrial products, the continuous development of big data, artificial intelligence, and additive material manufacturing technology to make the design methods and manufacturing processes of industrial products more scientific and systematic, and promote the diversity and precision of industrial product design. Social informatization plays an important role in all areas of digital technology design. Parametric design has changed the design thinking mode of designers and formed new design trends and styles. Taking the search for relationships and rules as the starting point of the design and the algorithm as the core content of the design are very different from traditional design ideas. The computer age has not only cultivated new styles but also cultivated new artistic design techniques for industrial products. Designers should strive to explore the potential functions of algorithm technology and focus on smarter and more logical design and production processes. In this paper, through the research of the Internet of Things technology and virtual VR, it is applied to the research of the artistic design method of industrial products, aiming to promote its better development.

Experimenting in Industrial Product Design. The Case: "Art, Design and Business Project for New Young Talents - Young Culture as a Motor for a New Business Economy in Tuscany”

AbstractThe design of mass-produced products is a design process aimed at the masses, which describes approaches and phenomena in strong transformation. The production techniques, the semantic value of the products, the concept of mass production and the similarities between these factors explain new production and design balances following the latest technological and cultural transformations within contemporary society and the market. The paper discusses and investigates the theme of industrial design aimed at the masses, reporting relevant case studies and experimental tests.

Development of a hat style recognition system based on image processing and machine learning

The purpose of this paper is to investigate the recognition mechanism of hat styles and develop a corresponding hat style recognition system (HSRS). An image processing and machine learning integrated method (IPML) is proposed and validated for automatic hat style recognition. First, 4 kinds of hat styles (borderless knitted hats, berets, top hats and peaked hats) with 800 pictures are employed as research objects and divided into two categories: the first 400 serve as the training set and the rest 400 as the test set. Then, IPML is proposed to obtain a hat silhouette. Curvature feature points are extracted from hat silhouette and further used as parameters for the automatic hat style recognition. In the real recognition process, a new case is compared with the pre-set 400 samples in the training set regarding these characteristic parameters. A Hausforff distance-based similarity measurement tool is used in the comparison process. The experimental results show that when the curvature feature points are 70 and the output results are 3, the average recognition accuracy rate can reach 90.5%, of which the value of borderless knitted hats is the highest with 98% and followed by the top hats with 95%. This work can be used for hat recommendation systems. It can also be extended to support the area of personalized industrial product design such as fashion design, furniture design and advertisement design.

Design and Implementation of Industrial Design and Transformation System Based on Artificial Intelligence Technology

The introduction of AI technology in the process of industrial product design is helpful for designers to better analyze and apply complex data. This study integrates AI with industrial design, applies new ideas and technologies in AI to industrial design, and changes the traditional industrial design mode. The contents of AI and industrial design are analyzed in detail, and the research methods such as literature research, field observation, and interview are used to further clarify the design objectives and conditions. From the perspectives of the design process, product structure, engineering data, and project maintenance, the method of product design information exchange and sharing is put forward. The system architecture of industrial design service systems based on AI technology is given. Theory and practice show that the overall performance of this algorithm is good. The industrial design method based on AI has certain positive effects and achieved good results. This research provides a new idea for intelligent industrial design.

Bionic and its reflections in the design of industrial products

تناول البحث الحالي تتطور العلوم والفنون على مدى التاريخ الانساني, ويعد تطور العلوم باتجاهاتها الطبيعية والانسانية مجالات مهمة في تطوير القاعدة المعرفية والتطبيقية لتصميم المنتجات الصناعية والتصميم بمجالاته المختلفة، وإنَ علم البايونك من العلوم التي تعمل على تطبيق الأساليب والأنظمة البيولوجية الموجودة في الطبيعة لدراسة وتصميم النُظم الهندسية والتكنولوجيا الحديثة ، ولكي تكون المنتجات الصناعية على قدر عالٍ من الكفاءة والمتانة والمقاومة للمتغيرات الطبيعية في الحياة اليومية للاستخدام، فإن نقل التكنولوجيا بين أشكال الحياة والمنتجات الصناعية أمر مرغوب فيه لأن عمليات التطور على مستوى العلوم بشكل عام وتطور احتياجات الانسان بشكل خاص يفرض على تصميم المنتجات الصناعية أن يكون متوافقاً مع التغييرات والتحولات الانسانية على مختلف الأصعدة ، ومن ثم فان عملية تبني القاعدة العلمية لعلم البايونك يعدُ امراً ضروريا لتطوير المنتجات الصناعية بما يتناسب مع متطلبات المستخدم المعاصر ، وتناول البحث آليات تطبيق علم البايونك في المنتجات الصناعية ، إذ تضمن الإطار النظري ثلاثة مباحث مهمة، سنتطرق اليها تباعاً

Symbolic significance and its effectiveness in industrial product design

تناول البحث الحالي الدلالة الرمزية وفاعليتها في تصميم المنتج الصناعي ،الخطاب التواصلي الجمالي الذي يجسد الخيال والوجدان الإنساني، وقد رافق الإنسان منذ بداية نشأتهُ وتعلمه لأولى فعالياته الأساسية والذي كان بمثابة اللغة التي يشير بها الإنسان الى شيء أو معنى معين بحيث يعرف عن طريق هذه الدلالة مباشرة سواء بحسب ما أصطلح العرف عليه أو ما أقرته التقاليد منذ زمن بعيد ، فالرمزية قد تكون الفاعل الاساس في ربط المكونات التعريفية للمنتج فضلا عن ان الرمزية تقدم للمستخدم مفتاح الوصول الى ادراك مباشر لشكل المنتج ووظيفته , كهوية تعريفية للمنتج من خلال تحفيز الشكل الرمزي لخيال المستهلك ودعوته للتأمل لإدراك المعنى الضمني الكامن خلف تلك الأشكال وبذلك تتحقق رمزية العمل ، حيث تناول البحث في الاطار النظري الى (الدلالة الرمزية في التصميم الصناعي، أنواع الدلالة، الدلالات الرمزية للعناصر البنائية التصميمية، المعالجات اللونية في الأنظمة التصميمية ودلالاتها الرمزية، الضوء والشفافية في الأنظمة التصميمة ودلالاتهما الرمزية، المواد الذكية و دلالة الفكر التصميمي )

Development and Application of 3D Printing Technology in Industrial Design

Internet technology promotes the transformation of social cooperation, and the rise of small organizations and 
 distributed design behavior seem to be the inevitable trend. As a rapid prototyping process, 3D printing technology based on 
 artificial intelligence technology will definitely bring revolutionary changes to the future manufacturing industry. This paper 
 mainly analyzes the innovative application of 3D printing technology in industrial product design, explores the application of 3D 
 printing technology in industrial design, lays a stable foundation and provides a strong driving force for the all-round and good 
 development of China’s industry, and hopes to improve the production quality of industrial products and provide corresponding 
 reference. D printing technology is one of the technical paths to realize Industry 4.0.

The role of typicality and novelty in the aesthetic preference of industrial products: Product value transformation

This study explores the role of typicality and novelty in influencing the aesthetic preference for industrial products. Typicality and novelty’s effects on the aesthetic responses of designed objects have gained interest in the field of experimental aesthetics over the past decades, with a wide support towards the ‘Most Advanced Yet Acceptable’ (MAYA) principle. What is yet to be discovered is how both typicality and novelty influence the aesthetic preference for industrial products such as industrial machineries. Three industrial product categories that vary in their degree of functionality and decorativeness were identified including highly functional and low-decorativeness products, equally functional and decorative products and low-functional and highly decorative products. Online evaluations using 7-point Likert scales were distributed to participants from Australia and the Republic of China. An empirically validated scale for aesthetic preference, ‘Pleasing to See’ was employed in the evaluation. The empirical results show that typicality and novelty affect and influence the aesthetic preference differently across the tested industrial product categories. Given the findings, a quantifiable evaluation method that can benefit the product design industry especially in testing design concepts of industrial products is proposed. It is intended that the evaluative measures could help minimize the risks related to production, leading to an increased and transformed value of industrial products’ marketability.

Industrial product design method using feature expression and multi‐view learning in ICN

In order to realize multi‐layer semantic integration and innovation of complex product industrial design, promote multi‐disciplinary knowledge sharing and coordination, and improve product quality, the hierarchical semantic concept of product industrial design is put forward based on the theories of product semiotics and cognitive semantics. In addition, the hierarchical semantic industrial design process context model is constructed based on complex product development process and information processing theory using the Information Centric Networking (ICN) technology, since ICN architecture can be used to optimize the product quality. In the ICN environment, the scientific semantic expression methods and the artistic semantic expression method of product semantics are also used to extract features and construct the feature expression in the specific design situation. The icon semantic features, indicative semantic features, symbolic semantic features and their relevance of complex products are obtained. Experimental results have been achieved and shown that the proposed method has benefits than the other methods.

TO THE QUESTION OF COMPUTER PARAMETRIC DESIGN IN THE KOMPAS-3D SYSTEM

Computer-aided design is a highly productive means of improving the quality of technical products, reducing the cost of its development and operation. Geometric models are the basis for processing throughout the entire life cycle for complex object. Proper results significantly depend on their perfection.
 This special function is due to their leading role in the process of harmonizing the often controversial requirements of many technical and other disciplines to the designed industrial products. Its specific optimal variant is necessarily implemented by certain geometry. For effective search the latter, computer graphics models must provide not only the desired clarity and accuracy, but also the flexibility of modifications to the executed constructions. In this way, the created object is adapted to the existing various requirements for it.
 The modern implementation of the described strategy of automated design is a parametric approach to the development of industrial products. For its successful use in practice, it is necessary to pay appropriate attention to this topic when applicants for higher education study engineering graphics. Therefore, this direction is quite relevant.
 On the other hand, there are now theoretical developments that generalize the parametric geometric modeling. This applies, for example, the methodology of structural-parametric shaping, which was developed by the scientific school of applied geometry of the National Technical University of Ukraine "Igor Sikorsky Kyiv Polytechnic Institute". The above facts determine the appropriateness of acquainting students with new theoretical achievements in the field of computer-aided design, which will help improve their future professional activity.
 Thus, the main purpose of this publication is to present the proposed method to teaching computer design of industrial products in higher education institutions on the example of the Kompas-3D system. The described techniques are quite universal, they can also be used in other relevant software packages, in particular, AutoCAD, SolidWorks, CATIA, NX, ProEngineer etc.

Bionic-Inspired Kinetic Structures for Application in Design, Architecture and Art

The main goal of this master's thesis is to contribute to the design and study of a form suitable for the development of products driven by natural influences. A specific goal is to explore modern trends in the field of industrial design and modern technological advances as a theoretical basis, necessary to create an innovative concept solution of a modular bionic form and structure that can be driven by natural influences. The master's thesis as a theoretical basis applies three disciplines: bionics, kinetic sculpture and modular design. Bionics offers numerous opportunities for inspiration, both aesthetically and functionally. This paper uses one of the most common natural phenomena known as the Fibonacci sequence, the golden ratio, which is the main motive for creating the end result of the entire research. Kinetic sculpture as a new branch in the art of modern times has contributed to the introduction of a new fourth dimension, the dimension of movement. The modular approach is a modern way of building a form, and then a way of producing it. The aggregate results of these interdisciplinary studies have been applied and verified through a reactive fin design. Several variants of nature-inspired shapes and modular kinetic structures are offered that could be applied in different types of products with the possibility of moving under the influence of natural phenomena such as wind, rain, sea waves, etc. These shapes and structures could be used in the design of industrial products and architectural objects, but also in the design of equipment, furniture, toys for children, and of course in more complex engineering solutions.

Visual communication method of graphic language in industrial product design

Visual communication method of graphic language in industrial product design

Visual communication method of graphic language in industrial product design

Visual communication method of graphic language in industrial product design

Transformation in Implementation. Symmetry Concepts in Industrial Design Products

In our courses on Morphology for Industrial Design undergraduates, the concept of order and disorder in form is present through the study of the different levels of symmetry. This paper de- scribes an instructional material that was developed to counterweight the limitations of the COVID- 19 lockdown, to connect our students with graduates in order to examine the relevance of the con- tents of our courses and its implementation in professional practice. Diverse types of objects, de- signed by different Studios were chosen, where symmetry was a relevant aspect. This experience was successful, as students could understand that the activities carried out in abstract forms could be transferred to their design projects and also because we understood unexpected relations of symmetry to market strategies, functional and communicational issues. Beyond the appreciation of symmetry within spatial structures, of relations between motifs, and the outcome of symmetry oper- ations, we found remarkable relationships between user ́s expectations and design projects that are instrumental to adjusting its degree of innovation.

Study on the Current Development of Industrial Design Major and Product Design Major in Hangzhou's Universities in China

Study on the Current Development of Industrial Design Major and Product Design Major in Hangzhou's Universities in China

The Utilization of Generative Design to Ideate Industrial Design Product

The Utilization of Generative Design to Ideate Industrial Design Product

A Preliminary Experimental Study on the Workers’ Workload Assessment to Design Industrial Products and Processes

The human-centered design (HCD) approach places humans at the center of design in order to improve both products and processes, and to give users an effective, efficient and satisfying interactive experience. In industrial design and engineering, HCD is very useful in helping to achieve the novel Industry 5.0 concept, based on improving workers’ wellbeing by providing prosperity beyond jobs and growth, while respecting the production limits of the planet as recently promoted by the European Commission. In this context, the paper proposes an ergonomic assessment method based on the analysis of the workers’ workload to support the design of industrial products and processes. This allows the simultaneous analysis of the physical and cognitive workload of operators while performing their tasks during their shift. The method uses a minimum set of non-invasive wearable devices to monitor human activity and physiological parameters, in addition to questionnaires for subjective self-assessment. The method has been preliminarily tested on a real industrial case in order to demonstrate how it can help companies to support the design of optimized products and processes promoting the workers’ wellbeing.

Simulation of myths in industrial product design "the seven eyes amulet as a model"

إن الغرض من البحث التعرف على أسطورة تميمة السبع عيون البابلية الأصل وما حملته من تمثيلات الرابطة ما بين الماضي البابلي والحاضر الاسلامي المقدمة في الاعمال التصميمية للمنتجات المروج عنها, محتفظة بوقعها في النفوس كوسيلة لتلافي فعل الحسد, ومنها كانت مشكلة البحث التي اريد الحصول على إجابات لها والتي مفادها ( كيف تم تمثيل أسطورة تميمة السبع عيون في تصميم المنتجات الصناعية؟), جاعلا هدفه في التعرف على الكيفية التي تم تمثيل تلك الأسطورة ضمن الاعمال التصميمة للمنتجات الصناعية المسوقة, ولأجل الوصول إلى الاجابة تعرض البحث إلى مفاهيم عديدة مبتدءا بالأسطورة بأشكالها المختلفة في المنتجات الصناعية, و التعرف إلى معنى التمثيل او المحاكاة في التصميم. ومنها إستطاع الباحث أن يصل إلى محاور تحليلية للحصول على الاجابة من خلال العينات الثلاث المنتخبة بشكل قصدي, وصولا إلى النتائج. واهم ما جاء فيها هو ان جميع العينات كان الوضوح بالتعبير و التركيز على موضوع التميمة ظاهر بالعينات اما التمثيل فالوسائل كانت حاضرة بشكل واضح والمواضيع مثلت بشكل نسبي اما طريقة التمثيل فكان متحققة بشكل كامل. وأهم الاستنتاجات كان عراقية اصل أسطورة التميمة, والتي كانت محور التركيز الحاصل في البناء الكلي للتصميم, اما التمثيلات فكان الأساس فيها تاكيد أصالة نشأتها العراقية ومحاولة الدمج ما بين مفهوم الحسد البابلي و ما قابله في الموضوع ضمن التعاليم الإسلامية.

Discussion on the New Embodiment of Industrial Product Design under Minimalism Style

Discussion on the New Embodiment of Industrial Product Design under Minimalism Style