Contemporary Design Research Articles

Sustainable micro renewal and renovation of arts town in China: Intermingling design of contemporary art and Chinese classical garden

<p>The gardening philosophy of Chinese classical gardens is an integral part of China’s rich traditional culture, reflecting ancient scholars’ understanding of nature and humanity and embodying aesthetic and philosophical values. With the progression of time, integrating the principles of Chinese classical garden gardening into contemporary space design has emerged as a critical issue in contemporary public space design. This study uses the Butong Arts Town in Qinhuangdao as a case study, focusing on applying Chinese classical garden gardening concepts in public space design and regional micro-renovation. Special attention is given to nodes that simultaneously serve interactive and recreational functions. In the micro-renovation of the Butong Arts Town area, Chinese classical garden gardening principles can be employed through greening, landscaping, and other means to enhance the quality of the space. Additionally, by integrating local cultural characteristics, it is possible to create public spaces with distinct regional features, providing a comfortable and pleasant environment for artists, designers, planners, and tourists. The design methods used in this study explore the behavioral characteristics and usage needs of various groups from multiple perspectives, aiming to optimize activity spaces. This research identifies the main issues within the target areas and proposes corresponding improvement measures to enhance the functionality and aesthetic quality of the space. The aim is to integrate people’s growing spiritual pursuits with public activity spaces, providing new references and ideas for future sustainable space design.</p>

Design Methods of Aluminium Pin-Ended Columns with Topology-Optimised Cross-Sections

This paper presents a numerical study of topology-optimised pin-end aluminium alloy columns using finite element analysis (FEA). The FEA models integrate geometric imperfections and material nonlinearity, and are validated against experimental findings from the existing literature. ABAQUS v.6.15 (release 2020) is used in preparing the FEA models and obtaining the analysis results. Furthermore, modern design methodologies including Eurocode 9, the direct strength method (DSM), and the continuous strength method (CSM) are employed to assess the maximum load capacity of such columns. Parametric investigations encompass diverse parameters such as varied cross-sections, column lengths, and global and local imperfections. By analysing a total of 288 FE models, incorporating 16 column cross-sections across two lengths with nine distinct imperfections, this study compares results with those derived from modern design methodologies. Thus, this research elucidates the behaviour of novel cross-sections and the application of contemporary design techniques in their analysis.

In Desperate Need: Public Sanitation in Contemporary London

AbstractThere has been a collapse in the number of public toilets in UK cities. Austerity cuts, a lack of legal requirements, and a failure to prioritise sanitation has led to significant health and equality impacts. Research on public toilets in the Global North focuses on their historical production, contemporary design, or on the experience of particular social groups, with less work bringing governance and social experience together. We argue for a focus on the “ungoverning” of sanitation, on how residents “learn” sanitation in the city, and on the need for radical transformation in sanitation approaches and delivery. Drawing on research in London, we set out the challenges for public toilet provision and make a case for a sanitation revolution in British cities. We focus on the experience of delivery drivers and residents with health concerns in order to illustrate the inequalities in provision and their consequences.

Eco-Sustainable Building Materials in Cameroon: Straw in Contemporary Architecture

The construction industry in Cameroon is facing increasing pressure to adopt more sustainable practices to mitigate environmental degradation and promote energy efficiency. This article explores the potential of straw as an eco-sustainable building material, particularly in the context of contemporary architecture in Garoua- Cameroon. Straw, a renewable resource, offers several benefits, including low embodied energy, excellent thermal insulation, and local availability, making it an ideal material for sustainable construction in the region. This article reviews global examples of straw-based architecture, examines the advantages and challenges of using straw in construction, and proposes practical applications for straw in Cameroon. Finally, it discusses the implications of adopting eco-sustainable practices in the country’s construction industry and highlights the need for updated building regulations and training programs to support the wider use of alternative building materials.

Exploration and Practice of Digital Technology and Virtual Reality Technology in the Creation of Public Art with Chinese Characters: Take Qingshan Hongfang as an Example

Abstract: In the modern context of rapid development of artificial intelligence, it provides a new direction for the development of public art in the new situation. The digital reconstruction of modern and contemporary public art has provided new experiences in terms of interaction and emotion. The popularization of interactive devices and virtual reality technologies has made the forms of public art more diverse and the audience's experience more personalized. As the carrier of Chinese civilization, Chinese characters have their special cultural significance and resonance. Translating Chinese characters through public art is a good form of expression. Currently, there is a lack of public art works with cultural identity in urban public spaces in China. This article will use a combination of quantitative and qualitative methods to analyze the public art and Chinese character design cases of the Red Steel City Red House architectural complex in Qingshan District by sorting out relevant concepts and combining case study methods. Ultimately exploring the combination of digital technology and virtual reality, incorporating Chinese characters as a creative element in contemporary art and design. Intended to provide reference and inspiration for art creators and related practitioners.

Considerations in Acquisition of 3D-Printed Art

ABSTRACT 3D printing (also known as Rapid Prototyping or Additive Manufacture) is increasingly common and technically sophisticated, and is utilized in art and design, industry, and consumer applications. Museums and collectors are now acquiring works made using this technology though their preservation needs are not fully understood. This article provides an overview of the technology and related terminology, review of related conservation literature, and introduction to current efforts for the care of these works. Discussion includes the formulation of collaborative working practices, documentation during acquisition, and consideration of periodic reprinting. Case studies include a pre-accession checklist developed at SFMOMA (San Francisco Museum of Modern Art) and the reprinting of select components from Altar/Engine (2015) by Tauba Auerbach at MoMA (Museum of Modern Art) in New York. Though 3D-printed works may be found in science, history, and other collections, this study will focus on works of contemporary art and design.

A Study on the Visual Perception of Cultural Value Characteristics of Traditional Southern Fujian Architecture Based on Eye Tracking

The traditional Southern Fujian architecture serves as a reflection of the region’s deeply rooted cultural values. However, research on the architectural and cultural heritage of Southern Fujian remains scarce. Accordingly, this study employs eye-tracking technology to experiment with 20 individuals with local cultural backgrounds and 20 without it to investigate the differences in the perception of the architectural heritage of Southern Fujian by individuals with disparate cultural backgrounds. The findings indicate that distinct groups evince disparate visual perceptions of the architectural and cultural heritage of Southern Fujian. The participants’ attention was divided into two categories: patterns and shapes and calligraphy and text. Non-locals were primarily drawn to patterns and shapes, whereas locals demonstrated a greater interest in the calligraphy and text category. The extraction of cultural information from calligraphic characters requires greater understanding and more time spent within the culture. Knowledge of local cultural backgrounds is helpful to better understand such information. This highlights the potential impact of Southern Fujian architecture on the local population. These findings provide a compelling rationale for the incorporation of multicultural elements in contemporary architectural design while also advocating for the preservation and advancement of Southern Fujian architectural heritage.

A Theoretical Design Framework of Contemporary Vernacular Architecture Based on a Scoping Review of the Best Practices Worldwide

This paper reviews the development of vernacular architecture design and practices worldwide and then focuses on Chinese rural development. It explores the evolution of vernacular architecture and related concepts from a longitudinal perspective, and indicates the dynamic adaptability of vernacular architecture. A scoping review based on archival materials and secondary source literature of the last 10 years is conducted. As a result, 41 design factors have been collected. With a cross-comparative study with related publications, five intangible design factors and ten key tangible design factors are discussed to build a theoretical design framework, which finally provides a foundation for related design practices and further research.

An Approach to Bio-Visual Mimicry in Contemporary Design Through Biomimicry

An Approach to Bio-Visual Mimicry in Contemporary Design Through Biomimicry

Firmitas, Utilitas, and Venustas of photovoltaic architecture

The growing interest in applying photovoltaics for construction results in solutions based on the concept of integration with the architecture of the building and its surroundings. This means that the challenge lies not only in the technical integration itself but also in a strictly relationship with architecture. The study aims at determining a critical history of the evolution of photovoltaic architecture, narrowing down its role in the contemporary architecture design, in terms of firmitas (structure), utilitas (functionality), and venustas (aesthetics) of the building as well as its relationship with the environment. This study offers an architectural perspective on the design approaches through the carefully selection of several case study to illustrate main topics, design criteria, limitations, and challenges with a broad spectrum of interpretation. The results demonstrate that the development of integrated photovoltaic systems strengthens the relationship between PV technology and architecture in terms of structure, utility, and aesthetics. This relationship is synergistic and stimulates the parallel development of photovoltaic technology and architectural solutions.

The Integration and Innovative Practice of CAD Technology and Big Data Analysis in Contemporary Daily Ceramic Design

The Integration and Innovative Practice of CAD Technology and Big Data Analysis in Contemporary Daily Ceramic Design

An Exploration of Climate-Responsive Design Strategies Employed by El-Miniawy Brothers in Southern Algeria

In an age marked by globalisation, contemporary design, and diminishing regional distinctiveness, particularly concerning its impact on climate, the integration of passive strategies and climate-responsive design emerges as a critical element in forward-thinking architecture that embraces the unique climatic conditions of various locales. Consequently, this paper offers an in-depth examination of the climate-responsive design implemented by two pioneering architects who specialised primarily in housing projects in Southern Algeria. This investigation is further enriched by on-site measurements conducted on selected case studies. The findings reveal that, on typical scorching days, the actual indoor operational temperatures in 400 housing units situated in El-Oued range from 20.1 °C to 38.9 °C, whereas in 600 housing units in Ouled Djellal, temperatures fluctuate between 31.2 °C and 35.4 °C. It is noteworthy that outdoor air temperatures can soar to as high as 40 °C in El-Oued and 43 °C in Ouled Djellal during peak hours. The architectural achievements of the El-Miniawy brothers in Algeria's southern region stand as tangible examples of architecture that adeptly adapts to the harsh, arid climate. This study underscores the importance of climate-responsive design and passive strategies and offers valuable insights into the indoor thermal environment. Ultimately, this research is poised to inspire architects and decision-makers in their future housing projects.

A Multicriteria Decision-Making Approach for Urban Water Features: Ecological Landscape Architecture Evaluation

In recent decades, the issues of ecology and environmental sustainability have become a global concern in contemporary urban design. Among various urban elements, water features play a significant role in improving the ecological characteristics of their surrounding environment, especially in hot and arid areas. The aim of this study is to evaluate the ecological characteristics of urban water features comprehensively and quantitatively, which has been overlooked in previous studies, taking their physical characteristics into account. To this end, a multicriteria decision-making method, an analytic network process, was proposed to quantitatively evaluate the ecological characteristics of water features. In this approach, four ecological criteria—microclimate, biodiversity, greenery, and human wellbeing—and ten physical characteristics of water features were considered. Twenty-one experts were asked to complete a questionnaire for pairwise comparisons of all ecological criteria and the influence of physical characteristics. The results showed that vegetation and scale, with the relative influencing values of 0.255 and 0.188, respectively, were identified as the most decisive features influencing ecological criteria. Conversely, texture, with a value 0.023, had the least impact. Moreover, it was shown that water features have the greatest impact on the microclimate compared with other ecological criteria. The results were used to compare water features at the Koohsangi Transregional Park, located in a hot and arid city of Iran. The results of this study lead to a framework that can help urban designers integrate ecological criteria into water feature planning to enhance urban ecology and sustainability.

Jewelry of Eastern Lanna Identity: Strategies and Approaches for Contemporary Jewelry Design from Cultural Identity

Today’s jewelry designs look more contemporary, emphasizing self-expression by reflecting the perspectives and ideas of designers and artists in the context of society, culture, ethnicity, aesthetics, technology and ways of life through designs that are unique and in line with today’s lifestyles to create new artistic approaches. This research presents strategies and guidelines for designing contemporary jewelry from cultural capital by using the eastern Lanna area as a case study. The researchers conducted a unique analysis by studying the image and identity of the provinces in the eastern Lanna region, which led to the development of strategies and guidelines for jewelry design that reflect the eastern Lanna identity, as well as assessment of the perceptions of and satisfaction with jewelry prototypes designed by these strategies and such guidelines. The results showed that, in this research, the BLEND strategy was used in contemporary jewelry design, which was developed from the interpretation of the identity, image and characteristics of the provinces in the eastern Lanna group, into a design development in the form of a mixed design, or hybridization. These guidelines for creative design have generated design terms and conditions to present the value of work that expresses identity through four elements, namely 1) color, 2) materials, 3) patterns/shapes, and 4) story contents, which are synthesized through the perception of representative images to design and produce jewelry prototypes. The results of the evaluation of the jewelry prototypes as a whole revealed that the jewelry can express the eastern Lanna identity in an effective way, resulting in the creation of new knowledge in design, which is the development of concepts and processes to interpret new meanings in design in order to create value and worth as part of the utilization of cultural capital in the development of the country.

Unveiling the Interconnections Between Art, Politics, and Society in the Soviet System Through Art: A Case Study of the Exhibition “1972. Breaking Through the Wall”

Summary This article is dedicated to analysing the exhibition “1972. Breaking Through the Wall” from several perspectives: the curator, the viewers, and the exhibition architect tasked with creating an environment for the art exhibition in an unconventional setting. The article examines the curators’ choices, discusses the work of the exhibition architect within the context of heritage conservation requirements, and presents the results of a viewer survey. This exhibition raised the issue of the significance of alternative creativity, opposed to the official narrative, in a non-free society. It focused on Lithuanian art from the 1960s to the 1980s that countered the official Soviet cultural course. The exhibition’s prehistory includes the historical fact that in the spring of 1972, a young man self-immolated in Kaunas in protest against the lack of freedom. These events had direct and indirect reverberations in the arts, although they were not exhibited at the time due to fear of repression. This difficult experience has left its mark on Lithuanian culture and collective memory. The exhibition highlighted the role of various societal groups in opposing the ruling authorities and establishing personal and creative freedom as the highest value. The art display, composed of works from professionals (fine arts, theatre) and amateurs (rock and big beat musicians) from the 1960s to 1980s who resisted official Soviet art, clearly demonstrated how Kaunas – the capital of Lithuania from 1920 to 1940 – was influenced by the city’s prominent pre-war modernism (environment and lifestyle) and the Soviet ideology imposed on the entire country. The clash of two diametrically opposed ideological stances and artistic principles in Soviet Lithuania led to the emergence of an alternative culture. For the first time in the history of Lithuanian exhibitions, this exhibition showed how the social and the arts were affected by the pressure exerted by the official authorities. The visitor survey showed that the positive reactions to the exhibition were also due to socio-political events that have become embedded in the nation’s memory. The events stored in the collective memory of the nation correlated with specific creative artefacts and historical details, which the younger generation saw for the first time. Noteworthy was the symbiosis of emotional experiences among visitors of different ages, observing exhibits with both artistic and historical value. As indicated by the visitor survey, the exhibition facilitated the establishment of a closer connection between generations. The exhibition’s display in a cultural heritage site – the former post office building (by architect Feliksas Vizbaras, 1932) – was a complex task creatively resolved by contemporary architects.

An Exploration of Climate-Responsive Design Strategies Employed by El-Miniawy Brothers in Southern Algeria

In an age marked by globalisation, contemporary design, and diminishing regional distinctiveness, particularly concerning its impact on climate, the integration of passive strategies and climate-responsive design emerges as a critical element in forward-thinking architecture that embraces the unique climatic conditions of various locales. Consequently, this paper offers an in-depth examination of the climate-responsive design implemented by two pioneering architects who specialised primarily in housing projects in Southern Algeria. This investigation is further enriched by on-site measurements conducted on selected case studies. The findings reveal that, on typical scorching days, the actual indoor operational temperatures in 400 housing units situated in El-Oued range from 20.1 °C to 38.9 °C, whereas in 600 housing units in Ouled Djellal, temperatures fluctuate between 31.2 °C and 35.4 °C. It is noteworthy that outdoor air temperatures can soar to as high as 40 °C in El-Oued and 43 °C in Ouled Djellal during peak hours. The architectural achievements of the El-Miniawy brothers in Algeria's southern region stand as tangible examples of architecture that adeptly adapts to the harsh, arid climate. This study underscores the importance of climate-responsive design and passive strategies and offers valuable insights into the indoor thermal environment. Ultimately, this research is poised to inspire architects and decision-makers in their future housing projects.

Application and Research of AIGC in Contemporary Art Design Curriculum

The influence of AIGC on art and design education is reflected in many aspects, which promotes the change of creative methods, teaching methods and students thinking. With the development of AIGC technology, students in the design discipline are able to quickly generate a variety of creative works, which not only improves their design ability, but also inspires greater creative inspiration. Teachers gradually realize that the AIGC tool must be integrated into the curriculum to help students understand the application of AIGC in design and its potential. On the whole, AIGC has brought new opportunities and challenges to art and design education, requiring the educational community to constantly adapt and innovate in order to cultivate future design talents.

The biohybrid assembly

In the field of contemporary architectural design, novel approaches have emerged to redefine the concept of sustainability through the utilization of bio-composites. One area of exploration involves investigating mycelium as an architectural material across various scales and functions. In this context, the presenting research explores the hybrid assembly combining mycelium and custom 3D printing incorporating robotic fabrication techniques. The Biohybrid Assembly project is a double-layered hybrid structure printed by FGF extruder for the inner layer and a customized mycelium extruder for the outer layer. Furthermore, the Biohybrid Assembly project demonstrates the possibility of large-scale construction, addressing challenges associated with existing mycelium applications. Various types of mycelium-based composites were tested to determine their optimal viscosity, growth, and strength, which were subsequently utilized to fabricate the desired model geometry. A specialized 3D printing extruder was designed and manufactured to nozzle the selected composite. Ultimately, a custom workflow, incorporating an industrial robotic arm, was established to fabricate the hybrid structure consisted of organic and inorganic materials. This research significantly contributes to the redefinition of sustainability by exploring biohybrid construction technology. Through establishing a system for a large-scale prototype, it reinterprets the concept of ecofriendliness in architecture and highlights the advantages and potential of innovative bio-integrated fabrication methods.

Implementation of Parallel Applications on Linear Systolic and Star Topologies by Using Multistage Omega Network

Contemporary computer architecture comprises multicomputer settings. Multiple computers provide the facility of high performance to implement multiple threads that are faster and concurrently with different processors that can execute tasks simultaneously. The challenges are as follows: cost and high performance. Certain firms have to provide funding to establish data centers that need locations, hardware, and technicians. After the passage of a period of time, such equipment requires maintenance (updating and upgrading) to take place on it. This paper tackles these challenges by passing the drawbacks of data centers. It provides an algorithm that simulates a virtual machine, as one client is to be connected with eight servers to implement two applications namely convolution and mathematical operations. To represent different topologies, the algorithm simulates supercomputer systems by applying multistage omega network topology and parallel processing. Two types of topologies execute linear systolic and star, and is implemented on transmission control protocol (TCP) and user datagram protocol (UDP) protocols. The goal of this paper is to provide a kernel that draws near a cloud computing system by exploiting the JAVA programming language with its techniques (threading, socket, socket server, Datagram socket, and datagram packet). The results offer the connection between the client and servers to be successfully simulated by using multistage omega network. The linear systolic and star topologies are simulated in virtual parallel processing.

Tracing The Representations Of Light In The Contemporary Ch urch Architecture

Tracing The Representations Of Light In The Contemporary Ch urch Architecture