Modern Industrial Design Research Articles

Research on Key Points of Design of Standard Plants in Modern Industrial Parks Under the Background of Promoting the Development of New Quality Productive Forces

With the progress of science and technology and the acceleration of industrialization, the modern industrial park is an important carrier of industrial development. The importance of its standard plant design has become increasingly prominent. With the development of new quality productive forces as the background, this research deeply discusses the key points of standard plant design in modern industrial parks. This paper uses literature review and case analysis to systematically analyze the important role of standard plant design in developing new quality productive forces in modern industrial parks and puts forward suggestions for optimizing design. It is found that the rationality, intelligence, and environmental protection of plant design are the key factors affecting the development of new quality productive forces. The paper summarizes the core points of modern industrial park standard plant design to provide a reference for the future development of related industries.

Explore the Functional Beauty of Chinese Traditional Farm Tools

As a traditional agricultural society in ancient China, farm tools and instruments have been an indispensable part of China's agricultural production since ancient times, and their production development is an important symbol of the development of social productive forces. Chinese traditional farm tools have typical characteristics of The Times and regional characteristics. Excavating and sorting out these historical elements and cultural characteristics and integrating them into modern industrial design can not only promote traditional culture, but also make these traditional elements relate to modern life and reflect The Times value of traditional culture. The simple functional aesthetics embodied in traditional farm tools is the technology and experience accumulated by working people in long-term production practice, and has the characteristics of "practical, simple, flexible and environmental protection". Starting from the development history of farm tools, this paper combs the significance of pragmatism in traditional farm tools, explores the functional beauty of Chinese traditional farm tools and the theoretical and practical value of functional beauty in traditional farm tools. Hope to provide some references for the protection and inheritance of Chinese traditional farm tools.

The philosophical content of industrial design

The article is devoted to the philosophy of industrial design as the most important area of aesthetic and engineering activity of people, shaping the appearance of modern society. The object of the study is industrial design, and its subject is the philosophical foundations of industrial design. The goal of the study is to identify the philosophical essence of industrial design in epistemological, ontological and anthropological dimensions. Attention is paid to the historical aspects of industrial design, which allows us to more accurately understand the essence of this phenomenon. The author’ also considered modern industrial design, which in its philosophy is characterized by a strong anti-globalist orientation. It is noted that the philosophical understanding of industrial design contributes to the understanding of the features of its historical development. The main conclusion of the study is that industrial design has a certain philosophical content associated not only with the aesthetic side of reality, but also with its axiological and ethical structure. The epistemological problems of industrial design are important: products act as carriers of certain knowledge and concepts and accumulate the cultural experience of mankind. Anthropological problems of design are associated with the model of a human creator and a human recipient of activity. The scientific novelty of the research lies in the understanding of industrial design, which is a systemic object, developing in space and time. In its existence, this object combines presence and “service”, independent givenness and significance for a person.

Intelligent Industrial Design System Based on Spatial Digital Technology

In order to improve the effect of intelligent industrial design, this paper combines the spatial digital technology to construct the system structure of the intelligent industrial design community. Considering the existence of the identification diffusion angle, this paper analyzes the refraction of light when it enters the workpiece and lists the calculation methods of the refraction angle of different media. Moreover, considering that the various conditions of the workpiece detection surface will make the calculation of the refraction of the identification light more complicated; this paper analyzes the specific parameters of the identification light, which lays a theoretical foundation for the accurate calculation of the subsequent wavefront arc. In addition, this paper studies defect reconstruction methods based on circle, ellipse, and polygon models. Finally, through experimental research, this paper verifies that the intelligent industrial design system based on spatial digital technology has a good effect in industrial design and can effectively improve the intelligence of modern industrial design.

Engineer design process assisted by explainable deep learning network

Engineering simulation accelerates the development of reliable and repeatable design processes in various domains. However, the computing resource consumption is dramatically raised in the whole development processes. Making the most of these simulation data becomes more and more important in modern industrial product design. In the present study, we proposed a workflow comprised of a series of machine learning algorithms (mainly deep neuron networks) to be an alternative to the numerical simulation. We have applied the workflow to the field of dental implant design process. The process is based on a complex, time-dependent, multi-physical biomechanical theory, known as mechano-regulatory method. It has been used to evaluate the performance of dental implants and to assess the tissue recovery after the oral surgery procedures. We provided a deep learning network (DLN) with calibrated simulation data that came from different simulation conditions with experimental verification. The DLN achieves nearly exact result of simulated bone healing history around implants. The correlation of the predicted essential physical properties of surrounding bones (e.g. strain and fluid velocity) and performance indexes of implants (e.g. bone area and bone-implant contact) were greater than 0.980 and 0.947, respectively. The testing AUC values for the classification of each tissue phenotype were ranging from 0.90 to 0.99. The DLN reduced hours of simulation time to seconds. Moreover, our DLN is explainable via Deep Taylor decomposition, suggesting that the transverse fluid velocity, upper and lower parts of dental implants are the keys that influence bone healing and the distribution of tissue phenotypes the most. Many examples of commercial dental implants with designs which follow these design strategies can be found. This work demonstrates that DLN with proper network design is capable to replace complex, time-dependent, multi-physical models/theories, as well as to reveal the underlying features without prior professional knowledge.

Branching random graph model of rough surfaces describes thermal properties of the effective molecular potential.

Fluid properties near rough surfaces are crucial in describing fundamental surface phenomena and modern industrial material design implementations. One of the most powerful approaches to model real rough materials is based on the surface representation in terms of random geometry. Understanding the influence of random solid geometry on the low-temperature fluid thermodynamics is a cutting-edge problem. Therefore, this work extends recent studies bypassing high-temperature expansion and small heterogeneity scale. We introduce random branching trees whose topology reflects the hierarchical properties of a random solid geometry. This mathematical representation allows us to obtain averaged free energy using a statistical model of virtual clusters interacting through random ultrametric pairwise potentials. Our results demonstrate that a significant impact to fluid-solid interface energy is induced by the hierarchical structure of random geometry at low temperature. These calculations coincide with direct Monte Carlo simulations. Due to the study's interdisciplinary nature, the developed approach can be applied to a wide range of quenched disorder systems on random graphs.

ХУДОЖЕСТВЕННАЯ СОСТАВЛЯЮЩАЯ В СОВРЕМЕННОЙ ПРОМЫШЛЕННОЙ АРХИТЕКТУРЕ

The article is devoted to the consideration of the features of the formation of the appearance of objects, taking into account the technological process, the identification of fixed assets and methods of creating the spatial-spatial composition of buildings within the existing city development. These are: the Nestle plant in Mexico, the Fagus factory, the construction of the Leeds incinerator, etc. Industrial architecture is an integral part of society. The presence and functioning of industrial enterprises characterizes the economic and political independence of the state. Industrial areas are usually large in area. and environmental friendliness. It is extremely important for modern industrial design to take into account the energy efficiency of a building, as industrial buildings are directly related to the consumption of natural resources, most of which are exhausted. in the design and reconstruction of industrial facilities nowadays, in addition to taking into account the technological process, it is extremely important to pay attention to the exterior and interior decoration of buildings. This not only affects the aesthetic component of human perception, but also promotes the productivity of workers. Many industrial structures are included in the social and cultural life of the city, combining several additional functions, in addition to the main (industrial). The development of industrial architecture is closely linked to the development of facing materials, which are often used aluminum. But in the construction of industrial buildings can be used and other materials that allow you to create many color schemes. All factors determine the need to create an aesthetic environment that meets the needs of society.

The experience of design engineering of industrial equipment: to the question on standardization in industrial design (based on the project of modernization of testing equipment of the Indian company BiSS)

Relevance of the covered in this article questions of referring to standardization in the course of design engineering is defined nu the observed over the recent decade changes in the character of organization of the surrounding a human object world, its complication and growing disarray. The subject of research is the specificity of implementation of standardization principles in project engineering of industrial design with emphasis on interpretation of the latter as the activity on development of user experience. Special attention is given to the description and analysis of experience of referring to project capabilities of standardization in the course of developing design for industrial testing equipment. The author examines the modern research in the area of industrial design, as well classical works in the field of design theory. The scientific novelty consists in determination and specification of the role of standardization in modern industrial design, which currently underlies the development of experience of user interaction. An important outcome became the creation of a project, which novelty is substantiated by international patent. The result of implementation of standardization principles in the course of design engineering of control and protection mechanisms of testing equipment lies in the complex solution of such tasks, as ensuring stylistic unity of the entire product line, ergonomics of operators’ positions, conservation of material, human and time resources. The author outlines the prospects of implementation of standardization in industrial design in the nearest futures due to the need for bringing a growing array of technical devices to a common standard.

Exploration and Research of CMF Design in the Teaching of Product Design

Against the background that CMF design has a profound impact on product design, product design majors must also strengthen CMF teaching to achieve the goal of training modern industrial design talents. Based on this, this article analyses the application of CMF design in the teaching of product design majors, and proposes CMF teaching countermeasures from the aspects of curriculum system establishment, teaching content update, and practice platform construction, to provide a reference for people concerned about this topic.

Modal Analysis of Circular Symmetrical Plates by Means of Generalized Finite Difference Method

In this paper, a simplified modal analysis procedure of circular plates procedures (on polar domains) through generalized (modernized) finite difference method (abbreviated next as – FDM) is developed.Generally, circular plates are widely used for a plenty of modern civilian and industrial utilities, machine design and many other purposes. They form a spectrum of elements starting with trains’ bogies along with engine pistons, dampers and up to slabs and roofs over circular-shaped buildings, train stationsand other transportation facilities. Nowadays, FDM predominates the numerical solutions of partial differential equations (abbreviated next as – PDE) not less than the method of finite elements (abbreviated next as – FEM). This is wide-famous mathematical-discretization method that is economic to compute and simple to code, less regarding to computation tools in hands and how powerful/less powerful they are, since it bases on replacing each derivative by a difference algebraic quotient in a classical formulation. In a sense, a finite difference formulation offers a more direct approach to the numerical solution of the PDE especially in polar coordinates domain problems considering curvilinear dimensions that even FEM does not.The generalized approach of FDM considers many parameters less regarded by the classical one. Consequently, the use of classical approach negatively affects the accuracy of calculation (convergence to the exact solution values) and the tendency of results, the thing been healed by the generalized approach.

Enhancing sensitivity-based power reduction for an industry IC design context

For many years, discrete gate sizing has been widely used for timing and power optimization in VLSI designs. The importance of gate sizing optimization has been emphasized by academia for many years, especially since the 2012/2013 ISPD gate sizing contests [1, 2]. These contests have provided practical impetus to academic sizers through the use of realistic constraints and benchmark formats. At the same time, due to simplified delay/power Liberty models and timing constraints, the contests fail to address real-world criteria for gate sizing that are highly challenging in practice. We observe that lack of consideration of practical issues such as electrical and multi-corner constraints – along with limited sets of benchmarks – can misguide the development of contest-focused academic sizers. Thus, we study implications of the “gap” between academic sizers and product design use cases. In this paper, we note important constraints of modern industrial designs that are generally not comprehended by academic sizers. We also point out that various optimization techniques used in academic sizers can fail to offer benefits in product design contexts due to differences in the underlying optimization formulation and constraints. To address this gap, we develop a new robust academic sizer, Sizer, from a fresh implementation of Trident [3]. Experimental results show that Sizer is able to achieve up to 10% leakage power and 4% total power reductions compared to leading commercial tools on designs implemented with foundry technologies, and 7% leakage power reduction on a modern industrial design in the multi-corner multi-mode (MCMM) context.

An Adaptive Sampling Algorithm and Approximate-Model-Based Optimization Method

The approximate model based optimization algorithm can improve the speed of optimization convergence and save the time of calculation, which is very consistent with the development requirements of modern industrial rapid design. In this work, an adaptive and approximate model based optimization method is introduced, which is improved on the basis on HAM. This method uses three different types of approximate models at the same time to the full advantage of the three models’ characteristics. Besides, an adaptive sampling algorithm is applied to achieve the self-setting mechanism for new sampling points in the search process. By testing on several standard test functions, the method performed better than GA, PSO and HAM in computational efficiency and accuracy. The method is also applied in the optimization design of rocket engine design to get the maximum thrust. Only after fifty-seven times of simulation calculation, optimal is obtained and the thrust is improved by 2.56%. the method is particularly suitable for design problems involving computation intensive analyses and simulations.

1960년대 이후 나타난 현대 산업디자인의 철학적 배경과 환경윤리

1960년대 이후 나타난 현대 산업디자인의 철학적 배경과 환경윤리

Geometry and Direct Kinematics to MP3R with 444 Operators

Anthropomorphic mechatronic systems are the most widely used robotics systems worldwide today in industry and in all automated environments. These systems are best suited to the modern automation and mechatronisation needs of the modern world, being mobile, dynamic, light, robust, complex, technologically simple, easy to design and manufactured, implemented, maintained and used in almost any industrial site, both in machine building and in special environments, such as chemical, toxic, dyeing, underwater, nuclear, in space.... Anthropomorphic robots are flexible, dynamic, stable, lightweight, fast, fast, inexpensive, easy-to-install, mechanical, mechanical, mechanical and mechanical systems with a pleasant appearance, modern industrial design and easy to design and implement in any workplace, imposed. In this study we will present the 4×4 operators and the way they can be implemented and used in the complex matrix calculations in order to simplify the complex matrix algebraic numerical methods. 4×4 operators are designed to simplify algebraic matrix calculations by making difficult matrix operations simpler and easier to approach. The method of using 4×4 operators is meant to introduce a degree in addition to the matrices to facilitate algebraic operations. The kinematics of serial manipulators and robots will be exemplified for the 3R kinematic model. The fixed coordinate system was denoted by x0O0y0z0. The mobile systems (rigid) of the three mobile elements (1, 2, 3) have indices 1, 2 and 3. Their orientation has been chosen conveniently. Known kinematic parameters in the direct kinematics are the absolute rotation angles of the three moving elements: φ10, φ20, φ30, angles related to the rotation of the three actuators (electric motors) mounted in the kinematic rotation couplers. The output parameters are the three absolute coordinates xM, yM, zM of point M, i.e., the kinematic parameters (coordinates) of the endeffector (the actuator element (the final), which can be a grasping hand, a solder tip, painted , cut, etc ...). The 3×3 matrix is transformed into 4×4 (it is a mathematical operator) by adding two zero vectors (formed from three elements 0), one line and the other column, and adding one element 1 to the main diagonal (the last element). The matched T01 matrix becomes T014. The column vector matrix (consisting of three elements) undergoes a minimal transformation receiving a fourth fixed value 1 if it is only used for matrix products. The convenient form of matrix A12 is A12c.

A Knowledge Extraction and Design Support System for Supporting Industrial and Product Design

Industrial and product design involves a lot of unstructured information for the generation of innovative product design ideas. However, the generation of innovative design concepts is not only time consuming but also heavily relies on the experience of product designers. Most existing systems focus mainly on the technical aspects of realizing product designs, which are inadequate to support concept generation process at the pre-design stage. In this paper, a knowledge extraction and design support system (KEDSS) is presented. The system aims at extracting key design concepts and depicting the trends of these concepts from the massive amount of unstructured design information in the open domain. A summary report, a related concept list, and concept trend graphs are produced based on the inputs of the designers' design ideas. A series of experiments have been conducted to measure the performance of the system. Moreover, the system has been successfully trial implemented as part of a public service platform for modern industrial design of injection molding machinery and equipment.

Geometry and Direct Kinematics to MP3R with 4×4 Operators

Anthropomorphic mechatronic systems are the most widely used robotics systems worldwide today in industry and in all automated environments. These systems are best suited to the modern automation and mechatronisation needs of the modern world, being mobile, dynamic, light, robust, complex, technologically simple, easy to design and manufactured, implemented, maintained and used in almost any industrial site, both in machine building and in special environments, such as chemical, toxic, dyeing, underwater, nuclear, in space.... Anthropomorphic robots are flexible, dynamic, stable, lightweight, fast, fast, inexpensive, easy-to-install, mechanical, mechanical, mechanical and mechanical systems with a pleasant appearance, modern industrial design and easy to design and implement in any workplace, imposed. In this study we will present the 4×4 operators and the way they can be implemented and used in the complex matrix calculations in order to simplify the complex matrix algebraic numerical methods. 4×4 operators are designed to simplify algebraic matrix calculations by making difficult matrix operations simpler and easier to approach. The method of using 4×4 operators is meant to introduce a degree in addition to the matrices to facilitate algebraic operations. The kinematics of serial manipulators and robots will be exemplified for the 3R kinematic model. The fixed coordinate system was denoted by x0O0y0z0. The mobile systems (rigid) of the three mobile elements (1, 2, 3) have indices 1, 2 and 3. Their orientation has been chosen conveniently. Known kinematic parameters in the direct kinematics are the absolute rotation angles of the three moving elements: φ10, φ20, φ30, angles related to the rotation of the three actuators (electric motors) mounted in the kinematic rotation couplers. The output parameters are the three absolute coordinates xM, yM, zM of point M, i.e., the kinematic parameters (coordinates) of the endeffector (the actuator element (the final), which can be a grasping hand, a solder tip, painted , cut, etc ...). The 3×3 matrix is transformed into 4×4 (it is a mathematical operator) by adding two zero vectors (formed from three elements 0), one line and the other column, and adding one element 1 to the main diagonal (the last element). The matched T01 matrix becomes T014. The column vector matrix (consisting of three elements) undergoes a minimal transformation receiving a fourth fixed value 1 if it is only used for matrix products. The convenient form of matrix A12 is A12c.

Analysis on Application of Traditional Arts and Crafts in Exhibition Design

Traditional arts and crafts are the important form and part of our traditional culture, the artistic form of historic and cultural connotation, also an important direction to carry forward the traditional art culture. In recent years, the development speed of exhibition art accelerated continuously. It highlights the function of traditional arts and crafts elements. The significance and value of traditional arts and crafts in modern industrial design cannot be ignored. This paper analyzes and introduces development and characteristics of traditional Chinese arts and crafts, makes an in-depth analysis on how to apply traditional arts and crafts to modern exhibition design and proposes the significance of applying traditional arts and crafts to exhibition design, in order to provide reference for the development of traditional Chinese arts and crafts and the combination of it and modern process design through exploration of countermeasures in the future.

Exergy concept and its implementation in the recycling of metals

Modern industrial product design implies presence of many different materials. Consequently, in the recycling process, shredding and separation procedures are applied. However, all materials cannot be completely separated; therefore, there is a contamination in the recycling streams. The quality of the materials streams can be reduced in each of the following recycling steps. These qualitative losses cannot be described by material balance. This paper presents the concept of exergy as a measure of quality losses, and gives the methods for the calculation of the exergy content and the exergy loss. Losses attributed to the recycling or material losses, material contamination losses and dilution requirements can be used as indicators for the materials quality loss as well as for the resource efficiency in the production systems. In this paper, the example of calculations on the steel scrap is presented.

Task allocation algorithm for virtual design organisation in agile industrial design

Agile industrial design is a kind of modern industrial design method to deal with the rapid change of market demand. From the perspective of the development trend of industrial design, virtual design organisation will be an important form of agile design organisations. Task allocation of organisation members is the primary work of agile industrial design practice, and it will involve many complex factors. Innovation as the core of industrial design determines its agility. Firstly, the characteristics of industrial design in agile environment were analysed in this paper. On the basis of this study, the influencing factors of virtual organisation task allocation were discussed, and the task allocation factors for virtual organisation were summarised into five aspects, namely, difficulty of innovation, interest degree, ability of comprehensive design, emergency degree of design task, and busy degree of design work. Based on these, the paper focused on the definition of the difficulty coefficient of design exploration, and the calculation method of influencing factors and task allocation algorithm were given, and the results were verified by an example.

Task allocation algorithm for virtual design organisation in agile industrial design

Agile industrial design is a kind of modern industrial design method to deal with the rapid change of market demand. From the perspective of the development trend of industrial design, virtual design organisation will be an important form of agile design organisations. Task allocation of organisation members is the primary work of agile industrial design practice, and it will involve many complex factors. Innovation as the core of industrial design determines its agility. Firstly, the characteristics of industrial design in agile environment were analysed in this paper. On the basis of this study, the influencing factors of virtual organisation task allocation were discussed, and the task allocation factors for virtual organisation were summarised into five aspects, namely, difficulty of innovation, interest degree, ability of comprehensive design, emergency degree of design task, and busy degree of design work. Based on these, the paper focused on the definition of the difficulty coefficient of design exploration, and the calculation method of influencing factors and task allocation algorithm were given, and the results were verified by an example.