Modern Design Research Articles

Innovations and challenges in modern optical design

AbstractOptical designers are constantly pushing the boundaries of technology, developing new materials, techniques, and software tools to improve the design and optimization of optical systems – crucial for continued growth and innovation in areas such as virtual reality, autonomous vehicles, and quantum technologies.

Design and Development from the Qing Dynasty Armchair Inspired for Modern Home Decoration Business

Background and Aims: Chinese traditional culture is extensive and profound, among which the Qing Dynasty culture has a more profound influence on modern home decoration. The Qing Dynasty was a period of rapid development of Chinese furniture culture, and many representative works appeared in the history of furniture. In these works, the chair of the Qing Dynasty has a unique style, unique design, atmospheric beauty, and simple beauty. Thus, this paper aims (1) to define and characterize the Qing Dynasty Armchair. (2) to study 5 well-known brands of new Chinese-style chairs in the market. And (3) to develop and design new Chinese chairs based on the Qing Dynasty style. Methodology: Three new Chinese chairs that skillfully combine tradition and innovation are the result of the research process, which carefully combined cultural heritage with modern design trends. The final designs were confirmed to be in line with modern consumers' preferences for distinctive shapes, eco-friendly materials, and functional versatility through surveys and expert interviews. This strategy emphasizes how important it is to respect cultural heritage while satisfying the changing needs of the modern furniture market. Results: Nowadays, the progress of modern home improvement enterprises has brought new changes to people's needs, so the design of the chair must also change. The main consumers of the modern home improvement market are young customers, so it is important to meet their needs. We should make some chairs that conform to the trend of The Times and have Chinese characteristics. To sum up, the author thinks that this research should develop and design a new Chinese chair based on the Qing Dynasty style. Through the questionnaire survey of 30 people and the interview of 3 people, we understand the consumers' evaluation and expectations of the existing 3 new Chinese chair design cases and then improve the chair cases to determine the final design innovation scheme. Conclusion: The findings highlight the need for contemporary home improvement companies to modify chair designs while preserving Chinese cultural elements to satisfy the changing demands of younger consumers. The study emphasizes the significance of creating new Chinese chairs with Qing Dynasty design inspirations and incorporating customer and expert interview feedback to improve designs that meet modern trends and expectations.

Ecclesiastical Ergonomics? Human Factors in Traditional and Modern Sacred Architecture

Recent innovations in building materials, design methods, and construction techniques have allowed architects to experiment with new and daring architectural forms. While Modernist and Contemporary architecture may be innovative, its effects on human users tend to be mixed. This study aims to assess the effectiveness of traditional and modern styles of ecclesiastical (church) architecture in supporting certain aspects of human psychological and physiological well-being, namely restorative and focusing effects. A literature review was performed to identify spatial, lighting, and decorative design features thought to support these human factors, with a particular focus on the design theories of Biophilia and Prospect-Refuge. These features were compared to design aspects of traditional and modern church architecture. Traditional architectural styles were found to incorporate more features identified as supporting restorative and focusing effects than modern styles. Recommendations were developed for adjustments to church spaces to improve the subjective experience of visitors.

Maintaining Optimal Indoor Air Quality

In the study of indoor air quality in mixed-use complexes, the focus lies on understanding the intricate balance required to maintain optimal Indoor Air Quality (IAQ). Mixed-use environments present a unique challenge due to the diverse sources of indoor pollutants they encompass. By employing a survey research design that integrates both qualitative and quantitative data analysis, the study aims to shed light on the effectiveness of various strategies in controlling pollutant sources and ensuring well-maintained HVAC systems to improve IAQ. The findings of this research underscore the need to adopt a holistic approach to achieve and sustain optimal levels of IAQ levels within mixed-use complexes. Recommendations such as implementing high-efficiency filtration systems and enhancing ventilation mechanisms emerge as crucial steps towards improving air quality and ultimately enhancing the comfort and well-being of occupants in these multifaceted environments. This comprehensive approach not only addresses the immediate concerns related to IAQ but also contributes to the overall sustainability and liveability of mixed-use complexes, aligning with the growing emphasis on green technologies and practices in modern architectural design.

Field measurements of wind load effects in a photovoltaic single-axis tracker mounting rail

The demand for solar photovoltaic power installations has resulted in a highly competitive industry. Equipment suppliers are under pressure to reduce design margins for projects to be feasible. Single-axis trackers are widely used to increase yield and reduce the levelised cost of energy compared to fixed-tilt installations. Load coefficients on tracker arrays are usually quantified using model-scale studies conducted in atmospheric boundary layer wind tunnels. These dynamically sensitive structures have been known to suffer wind damage despite the use of modern design methods. Ongoing research into the support structure design is deemed important to ensure long-term reliability. The current study presents full-scale field data acquired over 109 days on an experimental one-in-portrait single-axis tracker facility located in the Western Cape, South Africa. The purpose of these measurements was to quantify wind load effects in two instrumented PV module mounting rails. Frequency domain data showed modal participation of both the torsional and bending modes of the torque tube. The effect of the bending mode was more pronounced for the rail furthest from a pile. Load coefficients calculated using experimental data were generally lower than those presented in ASCE 7-22. Fluctuating stresses at critical locations led to negligible fatigue damage.

Разработка программного обеспечения для цифровых интерфейсов электромеханического датчика положения

For an electromechanical position sensor to be used in modern motion control systems, it must have technical means to transmit measurement results. It is also necessary to connect the sensor with equipment to configure and test it. In addition, the exchange of information between its elements that calculate, and generate and process signals may be required. To perform the listed functions of information interaction digital interfaces are designed. The choice of interface types depends on their purpose, and the algorithms of their use are implemented using software. The development of such digital interfaces for the controller of a sine-cosine rotary transformer in amplitude mode is an urgent task of modern motion control systems. When developing software for digital interfaces, methods of algorithmization of control and information transfer processes, methods of software development and debugging, as well as experimental research methods have been used. Information interaction between the controller of the electromechanical position sensor and the high-level controller as part of the motion control system and ensuring its operability is carried out using various digital interfaces. The I2C interface is used to communicate the sensor with the high-level controller, and the UART interface is used to communicate with the equipment for configuring and testing. The connection between the generator and signal processor chip and the microcontroller included in the sensor is carried out via the I2C interface. The authors have developed a microcontroller driver for connecting to the I2C network bus in Slave mode, as well as a software handler for the UART interface, which detects received messages of a given format and ensure safe operation in case of receiving corrupted messages. To store the configuration parameters of the sensor, one can access to flash memory of microcontroller. As a result of the use of digital interfaces and algorithms of their implementation that carry out information interaction, the developed controller of electromechanical position sensor becomes a full-fledged element of motion control systems. The use of modern design tools and specialized function libraries based on high-level C language, helps to develop software that implements these algorithms for various interfaces.

Measured love: Regulating infantile bodies, the Plunket Society and modern architecture

Measured love: Regulating infantile bodies, the Plunket Society and modern architecture

Experimental and numerical investigation of façade flame with respect to varied distances between sidewall and main wall opening

Considering the potential impact of sidewalls on façade fire spread, their popularity in modern building designs has raised great concerns in terms of fire safety. This paper presents a combined experimental and numerical study on JIS A 1310 calibration tests (non-combustible façade) with heat release rates (HRR) ranging from 600-900 kW and sidewall distances spanning 0.05–0.4 m. In the experimental analysis, a non-dimensional sidewall distance of 0.55 is identified as crucial for maintaining the symmetry of the façade temperature distribution and avoiding the accumulation of intense flames towards the sidewall. Following this, numerical modeling is conducted under a partially refined grid with the one equation eddy viscosity model of turbulence, eddy dissipation model of combustion, and discrete ordinate method of thermal radiation. The modeling focuses on temperature, heat flux, and flame morphology, exhibiting a reasonably good agreement compared to experimental measurements. Utilizing this numerical configuration, extended sidewall distances are investigated, and the dimensionless factor K is developed to characterize the correlation of sidewall distances vs flame height, by introducing a limitation term and HRR-varied entrainment coefficient λ.

Kajian Eksistensi Bangunan Cagar Budaya Di Jl. Dr. Cipto Kota Semarang

The city of Semarang is rich in a multitude of cultural heritage. In accordance with the Decree of the Mayor of the Regional Head of Level II Semarang No. 646/50/TAHUN/1992 concerning Building Conservation, Ancient/Historic Buildings in the Semarang Level II Regional Municipality Area, several Cultural Heritage Buildings have been designated. The types of buildings determined consist of socio-cultural buildings, religious buildings and business buildings. Jl. Dr. Cipto was the development of the Dutch city area after the Old City was full so that Dutch and Chinese people living in Semarang began to occupy this area along with the emergence of supporting buildings. Research related to the existence of cultural heritage buildings cannot be separated from the role of trusted sources who understand or understand the object being studied. This research aims to obtain comprehensive facts, data and information related to the existence of Cultural Heritage Buildings which are the object of research. The primary survey in this research was carried out to obtain primary data or information, namely data or information obtained directly from the field. Field survey with an argumentative and persuasive approach to dig up information to strengthen institutional data and complement existing data. The technique for obtaining this data is observation, measurement and interviews. Apart from that, the survey was carried out using literature studies, reports related to previous Cultural Heritage Building data. The analysis results show that the Cultural Heritage Building on Jalan Dr. Most of this Cipto has strong characteristics of modern architecture, a style that was popular at the beginning of the 20th century. Some of the buildings are not multi-storey, and there are parts of the core building that resemble multi-storey towers. The building orientation tends to be west. The foundation of a building made of stone that supports the main structure. Until now, the building still looks sturdy and well maintained. The existence of cultural heritage buildings in the Old City area, especially on Jl. Dr. Cipto Semarang has an important meaning in supporting the existence of the region from its inception until today. The existence of a cultural heritage building on Jl. Dr. Cipto demonstrated the consistency of function and transformation of the building's function according to the needs of the time but did not change the shape/facade of the existing building. The role of building managers needs to continue to be improved by increasing cooperation between the Government, Building Management Organizations, Building Owners and Investors. The Semarang City Government needs to continue to play an active role in efforts to maintain the existence of cultural heritage buildings in the Jl. Dr. Cipto is mainly related to policies to support the existence of cultural heritage buildings so that they continue to exist.

Observatory of Town and Biomimetics For Urban Modeling and Architectural Design of Scientific Space in Landscaped Site.

Some modern architectural designs face difficulties in completion ,andthe dificult and complexe shapes lead to an increase in the cost of the project. The irregular urban planning of town creates an imbalance in the urban fabric and causes the functional problems. In this searches using biomimetics , we practice the urban planning of scientific space through projects of scientific use in several branches in a pivotal urban area whose scientific space extends to the eastern suburb of Ouzera Town. After a brief presentation of an urban observatory from Ouzera Town that enhances the scientifc project, the scientific spaces are disgnated for the rapid exucution in scientific space. The architectural design derived from the plants and biological structures facilitates the urban realization insuring easy practices and achieving and urban form through landscape architecture that is consistent in ecologicaland landscaped area of Ouzera Terriory.

Comparative Analysis of Traditional and Modern Religious Buildings in Terms of Materials and Construction Techniques: The Turkish Mosques Cases

Religious buildings are cultural symbols of societies in urban life. Mosque architecture, one of the religious structures that entered Turkish history and architectural culture with the acceptance of Islam by the Turks, developed over time and reached its peak in terms of architectural formation during the Ottoman period. Although religious buildings are thought to be less affected by social change throughout history, unlike other architectural structures, mosques are seen to be affected by the social and cultural structure that changes over time. Religious buildings, apart from being places of worship in social life, are also meeting points and social sharing areas. This situation shows that it will not be possible for religious buildings to remain indifferent to the changing needs, building materials and living standards over time. The aim of the study is to explain the use of developing and transforming materials and construction techniques in mosques in Türkiye. Within the scope of the study, the reflection of traditional and modern architecture in mosques was discussed and the transformation of buildings in different periods was examined. In this context, examples of traditional and modern mosques built in different periods were discussed with the comparative analysis method. By examining how the classical, iconic elements of mosque architecture were handled in a modern style, their changes in terms of materials and construction techniques were questioned. As a result, it is aimed to be a reference for future studies by looking at the architectural variations of changing religious buildings from past to present.

Facade and Envelope Design in Architecture--The Evolution, Technological Innovation, and Visual Expression

This essay explores the evolution, technological innovation, and visual expression of facades and envelopes in modern architecture through the lens of three seminal case studies: Notre Dame Cathedral in Paris, Mies van der Rohe's Farnsworth House, and Walter Gropius's Bauhaus School. These case studies highlight the transformative impact of architectural design principles on building aesthetics and functionality. The Notre Dame Cathedral introduced a revolutionary structural system that liberated the facade from its traditional load-bearing role, allowing for expansive stained-glass windows and intricate stone carvings that set the stage for future architectural innovations. Mies van der Rohe's Farnsworth House exemplifies the minimalist approach, emphasizing transparency and the seamless integration of interior and exterior spaces. The Bauhaus School, under Gropius's leadership, merged art, technology, and craftsmanship, creating a new architectural language characterized by simplicity and functional beauty. Through a detailed analysis of these projects, the essay provides insights into the enduring influence of these architectural milestones on contemporary design practices.

Integrating art and culture into modern architectural buildings in Nigeria: The cases of Akure, Benin, and Ibadan

Modernism in architecture has witnessed the erosion of traditions, art, culture, and beliefs of Indigenous southwestern Nigerians in recent architectural developments. This phenomenon has stripped most modern buildings, especially in southwestern Nigeria, of their cultural values. This study delves into the historical context of Nigerian art and architecture, highlighting the need for a paradigm shift toward a more culturally inclusive approach. It investigates various strategies and presents examples of successful integration, including the utilization of traditional materials, incorporation of indigenous motifs, and collaboration with local artists and craftsmen. This research examines three cultural center buildings where the architects have endeavored to integrate the art and culture of the people of southwestern Nigeria into contemporary architecture. The case study method of inquiry was adopted for this research, combined with detailed observation and analysis of digital photographs of these buildings. The study highlights the relevance of art and culture in recent architectural developments in three southwestern Nigerian cities: Akure, Benin, and Ibadan. These cities were selected because of their historical backgrounds and rich cultural affiliations that reflect the art and lifestyle of their localities. The cases studied were cultural center buildings because these building types are purposely built to reflect the culture of the people. Findings from the study reveal that some modern buildings still imbibe the art and culture of the people, while others incorporate these elements in more subtle ways, such as mural paintings and relief sculptures on walls. These features connote cultural expressions and representations of Nigeria’s heritage, which should not be forgotten but preserved for future generations.

Temperature and stress distributions during laser cutting with different materials

Laser cutting is an extremely precise and versatile industrial technique that utilizes a focused laser beam to accomplish precise and accurate material cutting or engraving. Because of its efficiency and adaptability, laser cutting has become an essential component of modern production and design. The transient thermal and stress distribution of laser cutting of a sheet is introduced numerically in this study. Temperature, equivalent elastic strain, and equivalent stresses at different workpiece materials (structural steel, titanium alloy, and aluminum alloy) are investigated. Three different laser beams (500 W, 1000 W, and 1500 W) were used in this study. The modeling applies a heat source based on a Gaussian distribution to predict heat flow with an accurate temperature distribution field. The numerical model is validated with experimental data, and the error percentage is consistent and reasonable. The results showed that titanium could attain higher temperatures for the material of the workpiece under the same working conditions as both stainless steel and aluminum alloy. In comparison to stainless steel, the temperature increase ratios for titanium and aluminum are 121 % and 113.5 %, respectively. Aluminum expands rapidly, structural steel endures stresses, and titanium withstands high temperatures effectively. In comparison to 500 W, the temperature rise ratios for laser beams of 1000 W and 1500 W are 174 % and 237 %, respectively. These results highlight how critical it is to select the ideal laser power dependent on the properties of the material, adding to a more sophisticated knowledge for increased accuracy and effectiveness in laser cutting procedures.

Mathematical Approach towards Adaptive Machine Learning Models for Dynamic Security Threats in Industrial IoT

The always changing nature of security dangers within the Industrialization Internet of Things (IIoT) makes it exceptionally difficult for standard security strategies to work. Since of this, versatile machine learning (ML) models got to be made that can respond to unused dangers in genuine time. This study proposes the utilize of versatile machine learning procedures as a better approach to form IIoT situations more secure. To begin with, the paper addresses the most security issues that IIoT frameworks have, cantering on how the frameworks must be able to alter to address unused dangers. Cutting edge online dangers are exceedingly cleverly and alter quickly, frequently resisting conventional security measures. This appears how vital it is to discover arrangements that can alter rapidly. The proposed customizable machine learning show employments real-time information streams sent by IIoT gadgets to keep risk recognizable proof and defence strategies up to date. These models utilize strategies such as design acknowledgment, peculiarity discovery, and prescient analytics to distinguish bizarre behavior which will indicate a security breach. By learning from past information and adjusting to modern designs and patterns, the models can distinguish known and obscure dangers more precisely and rapidly. A key angle that creates this customizable machine learning models work so well is the truth that they can operate autonomously in IIoT situations. They complement standard rule-based strategies with energetic data-driven bits of knowledge and work consistently with current security frameworks. This combination permits you to halt dangers some time recently they happen and react rapidly, decreasing the probability of a security occurrence and the harm it may cause. The study also covers the technical pieces and strategies required to convey adaptable machine learning in an IIoT environment. She talks approximately the challenges that emerge in collecting and planning information, preparing models, and drawing conclusions in genuine time. She emphasizes the significance of having a high-performance, versatile framework that can handle huge sums of information of different sorts. The study talks about important issues like privacy, data security, and following the rules when using flexible machine learning models in IIoT ecosystems that are sensitive. It supports open and responsible methods to make sure that release is done in an ethical way and that operations are safe from threats from enemies.

The Role of Parametric Modeling in Modern Architecture

The Role of Parametric Modeling in Modern Architecture

Innovations in ion-selective optodes: a comprehensive exploration of modern designs and nanomaterial integration.

In recent years, ion-selective optodes (ISOs) have remarkably progressed, driven by innovative modern designs and nanomaterial integration. This review explored the development of modern ISO by describing state-of-the-art strategies to improve their sensitivity, selectivity, and real-time monitoring capacity. The review reported the traditional membrane based-optodes, and investigated the latest research, current design principles, and the use of essential components, such as ionophores, indicator dyes, polymer membranes, and nanomaterials, in ISO fabrication. Special attention was given to nanomaterials (e.g., quantum dots, polymer dots, nanospheres, nanorods and nanocapsules) and particularly on how rare earth elements can further enhance their potential. It also described innovative ISO designs, including wearable optodes, smartphone-based optodes, and disposable paper-based optodes. As the pursuit of highly sensitive, selective, and adaptable ion sensing devices continues, this summary of the current knowledge sets the stage for upcoming innovations and applications in different domains (pharmaceutical formulations, medical diagnosis, environmental monitoring, and industrial applications).

The Historical Building and Room Acoustics of the Stockholm Public Library (1925–28, 1931–32)

The Stockholm Public Library was realized in two distinct phases of construction in the 1920s and early 1930s, and remains a well-known work in twentieth-century architecture, with a heritage status today. While previous studies have focused on the library’s architectural design, particularly its lighting, acoustics were also an important aspect of the building’s design and construction. This study marks the first detailed investigation of the library’s architectural acoustics, with a suite of standard measurements performed to assess and characterize the library’s historical room and building acoustics. Reverberation time measurements in the library’s reading rooms yielded results of about 1.5–2 s for frequencies associated with speech. A significantly longer reverberation time of 5–6 s was measured in the library’s central rotunda, confirming a prominent acoustic issue in the library, where appropriate heritage discussions are needed in the future as the library undergoes a major renovation in the coming years. A comparison of the measured airborne and impact sound insulation of the 1920s and 1930s reading room ceilings also yielded interesting results. While the materials in library’s two construction periods are notably different, the airborne sound insulation performance of the 1920s and 1930s floors or ceilings was comparable and in line with contemporary standards. Impact sound insulation results from the 1920s and 1930s floors, however, differed significantly, with the latter displaying a relatively poor performance. Flanking transmission effects related to historical construction details and deviations from archival plans were investigated and discussed. This work emphasizes the practical and academic importance of conducting on-site measurements, and the close mutual development of modern architecture, construction, and architectural acoustics.

Generation of synthetic spectrum-compatible bi-directional ground motions with specific directionality

Ground motions compatible with the maximum-direction response spectrum (RotD100) condition are emphasized in performance-based design and seismic risk assessment of civil structures in different regions. Due to the complex nature and uncertainty of earthquakes, the comprehensive inclusion of essential characteristics of ground motions is crucial. Recently, the directionality effect of horizontal bi-directional ground motions, representing the variation of the response spectral ordinate amplitude along various directions, on the seismic performance assessment of certain structures or key structural elements has received increasing attention in seismic analysis. However, from the seismic design perspective, there is still a lack of a method that can generate bi-directional ground motions comprehensively reflecting the directionality effect. This study focuses on the correction of ground motion directionality when generating synthetic bi-directional ground motions for a given target response spectrum. An efficient and integrated algorithm is proposed. To demonstrate the applicability of the proposed algorithm, three different target RotD100 response spectra are determined according to modern seismic design codes, and 20 pairs of bi-directional ground motions are generated using the proposed algorithm for each target spectrum. It is shown that with the proposed algorithm, the generated motions present a close match to the target RotD100 response spectrum and meet the specific directionality requirement. In addition, due to the iterative modification of the envelope function, the energy of the generated ground motion is also consistent with the scaled natural records.

Factors Affecting the Innovative Development and Value Creation of Traditional Handicrafts

This paper studies the factors that affect the innovative development and value creation of traditional handicrafts. Traditional handicraft plays an important role in inheriting the essence of national culture, but it has suffered from the impact in the process of modern industrialization and is faced with problems such as industrial contraction and the plight of craftsmen. Based on semi-structured interviews of traditional handicrafts, this paper adopts the grounded theory method and selects 10 practitioners, enterprises and scholars of traditional handicrafts in Yunnan region as research objects through convenient sampling and theoretical sampling. The research found that product development and innovation, and the protection and inheritance of traditional skills are the core abilities of traditional handicrafts. Product Development and innovation Enhance the market competitiveness and economic value of handicrafts through the integration of modern design elements, the use of modern technology, and cross-border cooperation. The preservation and inheritance of traditional skills through professional training, detailed documentation, and policy support to ensure the excellence and continuity of skills. At the same time, key factors such as cultural inheritance, talent cultivation, brand building, policy support, and transportation conditions provide a favorable development environment and support through cultural activities, career development opportunities, modern marketing methods, legal protection, and infrastructure improvement. Through these comprehensive effects, traditional handicrafts, governments, and enterprises can clarify the direction of development, jointly promote the innovative development and value creation of traditional handicrafts, and enhance their market competitiveness, cultural value, and social identity.