Innovative Design Practices Research Articles

A Critical Review on the Advancements in Exploration and Production of Shale Gas

The exploration and production of shale gas have seen significant advancements in recent years, driven by the increasing global demand for clean energy sources. These advancements encompass the understanding of a wide range of areas, including the formation theory of shale gas reservoirs, evaluation methods, well drilling, completion, and simulation techniques. Innovative design, modelling, and field practices have been developed for shale gas well drilling and completion, as well as its production techniques. Furthermore, new simulation techniques, software, algorithms, and other tools have been introduced to improve the modelling and simulation of shale gas production. Experimental and simulation research in shale gas exploration, development, and production using hydraulic fracturing has also seen considerable progress. These advancements are contributing significantly to the global demand for clean energy sources with a promise to achieve sustainable development goals. This review work explores the exploration and exploitation of shale gas with a detailed description of multidisciplinary research efforts, providing valuable insights into shale reservoir/rock characterization and geo-mechanics, fluid-surface interactions, gas adsorption behaviours and single- and multi-phase flow mechanics. These advancements are not only increasing the efficiency and productivity of shale gas extraction but also paving the way to meet the future global energy demand while also contributing to the goal of achieving net-zero carbon emissions. The novelty of the review work is that it exhibits a combined qualitative and quantitative study of recent advancements in the sphere of exploration and production of shale gas reserves and its discoveries around the globe.

Graphic Design and Environmental Sustainability

The research deals with the relation between Graphic Design and Environmental Sustainability. As the current number of environmental issues grows, designers strive to find ways of including sustainable practices into their designs. This research looks at the contribution of graphic design toward promoting sustainability, the resultant impacts, and the challenges faced by designers, including those related to the adoption of sustainable graphic design. From this research, one can draw innovative and sustainable design practices: how to integrate them into your works and ways through which you can reduce adverse effects of your works on the environment.

Display Tradition, Innovative Design —— Regional Culture in the Interior Decoration of the Chinese Museum

With the development of the economy and the improvement of quality of life, people's pursuit of spiritual level is increasingly strengthened. The advancement of globalization and network technology has made cultural exchanges more frequent and poses challenges to local culture. As an important venue for inheriting history and showcasing characteristics, the interior decoration of Chinese museums plays a crucial role in showcasing tradition and innovation. This article aims to explore the embodiment of regional culture and innovative design practices in interior decoration of Chinese museums. By analyzing the functions of museums and the importance of decoration, we reveal the core position of regional culture in decoration. Exploring the embodiment of traditional culture in decoration, emphasizing the value of integrating innovative design with regional culture, and highlighting the importance of museum interior decoration for the inheritance and innovation of regional culture.

Research on an innovative design and evaluation method of Chinese tea sets based on GT-AHP-FCE.

In order to explore new consumer demands for Chinese tea set products, propose an innovative tea set product design and evaluation method to improve the user experience and satisfaction of the produced tea sets, thereby promoting the development of the tea set market and the promotion of tea culture. Firstly, grounded theory (GT) was used to analyze interview data to extract consumer demand indicators and construct a design evaluation hierarchical model. Secondly, the Analytical Hierarchy Process (AHP) was used to calculate the weights of the indicators, determine their priority of importance, and obtain several indicators that have a greater impact on the tea set design to guide innovative design practice. Lastly, the tea set design schemes were evaluated using the fuzzy comprehensive evaluation method to select the optimal design scheme and also to act as a guideline for further design optimization. This study explores the innovative design and evaluation method for tea set products based on GT-AHP-FCE and validates the feasibility of this approach through a practical example of tea set design inspired by "The Classic of Mountains and Seas.". It provides innovative theoretical and practical guidance for designers of subsequent tea set products and also provides a new path for the inheritance and innovation of traditional culture.

INTERDISCIPLINARY DEVELOPMENT AND MODERN TRANSFORMATION OF LANDSCAPE ARCHITECTURE TERMINOLOGY

The article is devoted to the basics of the terminology of landscape architecture, which, in connection with the interdisciplinary and regional specifics of various scientific schools, is formed in isolation and requires a special formulation of the task of integrated research and correct unification within the framework of a single terminology of both the historically formed part and its new ones elements that recreate connections with related fields of knowledge such as geography, ecology, urban planning, etc. The research carried out a political justification of the conceptual terminological system of landscape architecture and defined new modern concepts such as "landscape planning", "landscape cluster", "landscape interior", etc. On the basis of a detailed analysis of modern published works and examples of innovative design practice, a model of the conceptual terminological system of landscape architecture is proposed, which includes 6 blocks that have their own specific terminology in accordance with landscape objects characteristic of them. Within the framework of this Inter system, such fragments as classification, typology, taxonomy, functional and local elements are distinguished. It was established that some fragments of the terminology should provide information about natural regions, ecological and urban planning systems, landscapes, recreational networks, greening of the territory of settlements, dendrology, etc. In the process of further improvement of the terminology of landscape architecture, it is necessary to form new, correct existing or accumulate outdated positions in relation to this scientific topic, which corresponds to the evolutionary (prior knowledge), political (modern reality) and legal (connection with legislation) aspects of research work.

Circular economy in the Amazon: technology, design, and community

The Amazon, characterized by its rich biodiversity and relevance in global climate regulation, faces ongoing challenges linked to deforestation, unsustainable natural resource exploitation, and socioeconomic inequalities. This work explores Circular Economy (CE) as an effective means to promote sustainable development in the region, through an in-depth analysis of how sustainable technologies, innovative design, and community engagement can be integrated to facilitate this transition. Through a systematic review and meta-analysis, this study identifies and discusses the barriers and facilitators influencing the transition to a CE in the Amazon, as well as proposes effective engagement strategies for the adoption of sustainable technologies and innovative design practices in the region. The analysis revealed that the effective engagement of local communities, the incorporation of sustainable design practices, and the adoption of sustainable technologies are central to optimizing resource stocks and flows, thus promoting sustainability in the region. Moreover, challenges such as inadequate waste management, challenging socioeconomic conditions, and a lack of awareness about the benefits of CE were highlighted, as well as opportunities including the promotion of bioeconomy, regional and global cooperation, and design innovation. This work provides valuable insights for academics, policymakers, and the general community, offering a framework for promoting CE in the Amazon while highlighting the need for future multidisciplinary research and collaborations for effective implementation and scaling of CE in the region.

Life Between Art and Blood

Artist-researchers Heidi Pietarinen and Amna Qureshi from the University of Lapland have conducted in-depth work on the innovative BioARTech laboratory environment and utilisation of available resources for a bioart project called Life Between Art and (Reindeer) Blood. The aim and focus of the project were to utilise reindeer blood as a reindeer herding by-material instead of treating it as waste material. Both artist-researchers were curious to see how nature as a living design medium becomes perceptible to humans. In this study, a living design medium refers to material production that incorporates simple living organisms such as reindeer blood, material-driven design and co-designing, with an entity having its own agency. Bioart can be used to develop innovative design and art practice to work with nature (biology) and the non-human, such as live tissues (i.e. materials engineered by nature itself), microbes or living organisms (birds, insects, trees and blood), to bring about new design solutions and life processes. Through the arts-based research (ABR) approach, this ground-breaking research aims to develop activities that integrate environmental biotechnology, bioart, surface pattern design, and science.

Investigating the Architecture and Characteristics of Asian Hornet Nests: A Biomimetics Examination of Structure and Materials.

This study investigates the internal architecture of Asian hornet nests (AHNs) using advanced imaging techniques, such as CT scanning and X-ray radiography, to understand their construction and function. The primary objective and significance of this study centre on drawing inspiration from the creative way Asian hornets construct their nests, with a particular focus on the architecture, design, functionality, and building materials of these nests. The architectural principles governing the construction of these nests, such as the arrangement of hexagonal cells, pedicels for load bearing, and adhesive materials, serve as a source of inspiration for innovative and sustainable design practices. The pedicels in Asian hornet nests play a crucial role in transferring load and ensuring stability. Additionally, AHNs' adhesion to tree branches is essential for preventing collapse, and the pedicels provide necessary structural support. The knowledge gained from studying AHNs' internal architecture could be applied directly to the architecture and civil engineering fields to improve structure stability and durability. The microstructure analysis of the paper-like material that hornets produce to build their nests indicates a complex and heterogeneous structure, composed of various plant fragments and fibres. This unique composition creates intricate grooves and pores, which are essential for regulating temperature and humidity levels within the outer envelope of the nest. The study of Asian hornet nests' internal structure demonstrated that nature's engineering principles inspire the design of durable and resilient structures in the construction industry. Civil engineers can incorporate similar principles into their designs to enhance the structural integrity and performance of buildings, bridges, and other infrastructure.

Exploring the Aesthetic Principles of Traditional Lingnan Architecture in Guangzhou Influencing Economic Development and Socio-economic Perspective—A Notch from Public Well-being and Modernity

Architecture plays a pivotal role in shaping the built environment and influencing societal development. Aesthetic principles of architecture, technological integration, and skill development are key factors that impact architectural design outcomes and broader societal implications. The purpose of this research is to look into the impact of architectural aesthetic principles on socioeconomic development, public well-being, and architectural modernism, while also looking into the mediating role of technological integration and the moderating role of skill development. A quantitative research approach was adopted, using a cross-sectional design. Data was collected through a structured questionnaire from 375 architects in Guangzhou, representing diverse architectural practices. SPSS was used for descriptive and inferential statistical analyses such as correlation, regression, and mediation analysis. The study revealed a positive relationship between aesthetic principles of architecture and socio-economic development, indicating that aesthetically pleasing designs can foster economic growth and urban development. Moreover, aesthetics significantly influenced public well-being, with thoughtfully designed spaces positively impacting the emotional and psychological well-being of users. Aesthetic principles were found to contribute to architecture modernity, inspiring innovative design practices. Technological integration emerged as a mediator, highlighting its role in translating aesthetic concepts into sustainable design solutions that impact socio-economic development, public well-being, and architecture modernity. Skill development was identified as a moderator, enhancing the integration of aesthetics and technology in architectural design. This study advances the understanding of the interplay between aesthetics, technology, and skill development in architectural practice. The findings offer practical implications for architects, policymakers, and educators, guiding the creation of aesthetically-driven, sustainable, and socially impactful designs. The study contributes to architectural theory and practice, fostering a holistic approach toward the creation of built environments that enhance the quality of life for individuals and promote sustainable development. The use of self-reported data and cross-sectional methods are the potential limitations of the study.

‘From there everything changed’: conversion narrative in the biomimicry movement

ABSTRACT An increasingly influential approach to solving human ecological problems is an innovative design practice known as biomimicry. The Biomimicry Institute, a major stakeholder in the Biomimicry Movement, promotes biomimicry as a practice that mimics nature’s genius to solve human challenges and provides hope of sustainable futures. Despite increasing global interest in the practice, so far little is known about the value placed on biomimicry within practitioner communities. Employing a corpus-assisted discourse-analytic approach, this paper explores the ways video narratives shared by practitioners affiliated with and curated by the Biomimicry Institute position biomimicry as a sacred practice. Drawing on Stibbe’s ecolinguistic approach and Hobbs’ functional religious language framework, we observe an overarching discursive pattern of conversion narrative (incorporating both personal and collective storylines) which highlights the sacred significance of the movement. We explore how the linguistic strategies underlying these conversion narratives centre human experience, mark group identity and attract new converts, while constructing an ecologically ambivalent discourse. In particular, we find that use of vague language obscures the precise nature of involvement in the movement and blurs the lines between member and non-member, contributing to the conversion narratives’ potential as powerful proselytising tools.

An exploration of multiuser perceptions of a Norwegian Complete Streets modification using interim design strategies

The need for cities worldwide to embrace sustainable transportation alternatives has given rise to innovative planning and design practices such as the use of Complete Streets. This research article presents an approach that utilizes interim design strategies to investigate users’ perceptions of Complete Streets modifications and their impact on travel behavior. The study focused on a major street in Trondheim, Norway, where various low-cost interim street changes were implemented to enhance conditions for pedestrians, cyclists, and transit users. These changes involved measures such as a ban on through-driving, a road diet (lane reduction initiative), bicycle lanes with armadillo separators, the deactivation of traffic lights, and parklet installation. Multiuser perceptions of the modifications were explored with the help of 832 online ex-post survey responses from city center residents and street users. Additionally, manual before-and-after counts of cyclists were conducted on the target street and three parallel streets. The findings revealed that employing interim design strategies enables transport planners to gain practical insights into the effectiveness of different Complete Streets measures. This, in turn, facilitates the optimization of roads for diverse travel modes and user needs.

Conceptual Framework Construction and Application for Upcycling Fashion Using Plastic Waste

This study aims to develop an innovative framework and method for upcycling fashion design using plastic waste, integrating relevant concepts and design theories. Through a literature review of conceptual design and creative skills theories, collaboration with XSProject and HeySTARTIC in innovative design practices, and practical verification methods, we introduced the 'Conceptual Design for Upcycling Fashion'. This framework effectively guided the design process of creating an upcycled fashion collection comprising five bags. During the prototyping phase, we repurposed 208 medium-sized plastic bags, challenging traditional practices and transforming waste into innovative designs. The findings of this study provide fashion practitioners with a valuable resource for developing successful upcycled fashion collections by utilizing the 'Conceptual Design for Upcycling Fashion' as a guiding framework within the design process

La propedéutica del diseño ecológico e implementación del programa dual “Ciencia – Educación – Producción

Introduction: This article presents material that reflects one of the constituent stages of the educational process, taking into account the principles of environmentally friendly and regional design, as an actual direction of innovative design practice. Materials and Methods: On the example of the works of students of the specialty industrial design, the options for solving problems based on the indicated principles are presented. In the modern educational process, which must take into account various factors, the concept of regional eco-design is becoming more and more popular. Results and Discussion: A future bachelor studying in the specialty “Industrial Design” must understand that the designed product must not only have aesthetics, but also bring real benefits to society, meeting modern environmental requirements. The design tasks of sustainable design should include creating a comfortable visual environment and microclimate, using natural materials with the possibility of their subsequent processing. Thus, the design and production of life support products, which allow, at a minimum cost of resources and energy, indirectly supports the development of earthly civilization in a safe way, preserving its natural resources. The state policy of the Republic of Kazakhstan supports the development of education in the field of industry and is interested in “bringing up a new generation of industrial engineers”. IEC (KazGASA Campus) graduates industrial specialists who are able to integrate into modern space, have mobility skills, but at the same time bear the identification of the national culture, which is rich in its experience and traditions. At present, the general cultural space in Kazakhstan is, in fact, a large field and platform for disclosure and careful immersion in the rethinking of heritage, which we need to study from new modern positions. Conclusions: The historical analysis of traditions and way of life is currently perceived as a kind of symbolic cultural code, as a new look at the nomadic model of the life order of our ancestors.

Contested identities, contested building: planning for a glocal future

PurposeIconic buildings, especially museums, are often enrolled in creating an identity for cities, yet cities and museums have been sometimes uneasy partners in using architecture to shape city identity. This paper examines the negotiations of place identity amid the conflicting influences of global design trends and local cultural nostalgia through the case of a single development in Aspen, Colorado.Design/methodology/approachIn this case study, using discourse analysis and grounded theory methods, the authors analyzed interviews, planning documents and critical opinions in the press to reveal the ways in which complex identities and contradictory planning directives shape a single building in a hyper-glocal Western town.FindingsThis analysis presents a place with complex and at times conflicting identities: residents have intense local concerns in parallel with global allegiances. The Aspen Art Museum building by Shigeru Ban similarly reflects a complex and contradictory identity with its bold design which confronted notions of local identity expressed in the built environment. Despite engaged citizenry and carefully crafted planning directives, the resulting design did not reflect locally produced culture but instead revealed the influence of international capital in the urban fabric.Originality/valueThis study examines the tension between hyper-local concerns and international status enacted on a single site in a small yet metropolitan place in the American West offering insights regarding the emplacement of buildings and the subsequent impacts on a place. As cities and institutions move beyond placeless iconic architecture, architecture and urban planning practice will need to adapt to the new paradigm where buildings can be at once global yet also local, drawing on innovative design practices and local culture in the construction of place.

Adaptive reuse of modern movement car parking structures for controlled environment agriculture: Results from an interview study for the innovative design process in cities

Adaptive reuse is an increasingly important part of sustainable urban regeneration. However, up-cycling a building whose architectural features are strongly connected to its original function and new use is perceived as an innovation in cities is challenging due to stakeholders' perceived uncertainties and risks. This article explores and assesses the stakeholders' knowledge and perceptions of repurposing inner-city modern movement car parking structures for controlled environment agriculture (CEA). For this purpose, 15 semi-structured interviews with stakeholders were conducted and analysed. The methodology allowed addressing the design approaches at the initial stage of the proposed adaptive reuse through defining the planning, architectural and environmental criteria that the process should meet in order to increase the acceptance and viability of such an innovative change in cities. The results show that the planning phase should explore planning documents and analyse how the opportunities and limitations of such retrofit may influence meeting the city's objectives. In the architectural phase, a modern movement garage should be analysed through identified opportunities or limitations to define modifications required for the implementation and efficient operation of CEA installations and associated facilities. The environmental phase should investigate the possibilities and constraints of a car parking structure to reduce the use of urban resources and implement sustainable technologies that increase the retrofit's environmental viability. The findings indicate that the planning, architectural and environmental categories are interrelated. It is recommended to include the developed data in a guiding tool that would constitute a viable foundation for the proposed innovative up-cycling design management. • Explores the stakeholders' knowledge on repurposing inner-city modern movement car parking structures for urban agriculture. • Reviews limitations and opportunities for the adaptive reuse of multi-storey garages for controlled environment agriculture. • Analysis 15 semi-structured interviews conducted with stakeholders. • Determines the criteria for the viable design scenario for the proposed up-cycling. • Highlights the role of research for developing innovative architectural design practices in cities.

Innovating to Preserve

Threatened with closure because of corrosion and other deterioration, the Arlington Memorial Bridge in Washington, D.C., was renovated and rehabilitated with innovative design and construction practices. The iconic crossing will continue to serve as both a major commuter route and a ceremonial entrance to the nation's capital for years to come.

Innovative design on the shop floor of the Saint-Nazaire Airbus factory

In this study, we examine innovative design practices on the Saint-Nazaire Airbus factory shop floor. The engineering and manufacturing engineering departments are in charge of the design of products and their industrialization, even though the factory is usually seen as a place for manufacturing, rather than design. However, there is also design activity in a factory that is devoted to the optimization of manufacturing processes. In this study, we highlight an alternative form of design that relies on a collective exploratory approach. A total of 30 projects from the Saint-Nazaire Airbus factory were selected and analyzed. Of these, two were selected as case studies to illustrate the factory’s different design methods. Subsequently, quantitative analysis provided evidence of the existence of two design regimes: closed prescription and expandable prescription. The resulting solutions were examined, and it was found that designs under the expandable prescription regime provided more robust long-term solutions. This study offers new perspectives for reexamining innovation in manufacturing and exploring design activity on factory shop floors.

Innovative design of modern mortise and tenon structure under the concept of green reduction

In the furniture industry, some traditional Chinese mortise and tenon joints are not suitable for the current requirements for carbon reduction and environmental protection of furniture products. This article aims to explore new ideas and new methods of modern mortise and tenon structure design. The reduction principle in the green design concept is introduced for the furniture modern mortise and tenon structure design. Based on modern furniture, a systematic analysis of the modern mortise and tenon structure design is carried out. Additionally, this review discusses the method of applying the reduction principle in modern tenon and tenon structure design in the context of green design. The development status and trend of modern mortise and tenon structure design is summarized and an innovative design practice of modern mortise and tenon structure is carried out. The combination of green design and furniture design has important practical significance in a modern context.

Innovative design of modern mortise and tenon structure under the concept of green reduction

In the furniture industry, some traditional Chinese mortise and tenon joints are not suitable for the current requirements for carbon reduction and environmental protection of furniture products. This article aims to explore new ideas and new methods of modern mortise and tenon structure design. The reduction principle in the green design concept is introduced for the furniture modern mortise and tenon structure design. Based on modern furniture, a systematic analysis of the modern mortise and tenon structure design is carried out. Additionally, this review discusses the method of applying the reduction principle in modern tenon and tenon structure design in the context of green design. The development status and trend of modern mortise and tenon structure design is summarized and an innovative design practice of modern mortise and tenon structure is carried out. The combination of green design and furniture design has important practical significance in a modern context.

Networks of digital manufacturing of face shields and the Covid-19: design, maker culture and social mobilization

This paper addresses the issue of the configuration of a network for the digital fabrication of personal protective equipment to fight the pandemic of COVID-19. The main aim is to highlight how creative and innovative design practices, based on digital fabrication, have contributed to combat the new coronavirus in Brazil, concerning the design, production and distribution of face shields. The paper is the result of both exploratory, descriptive and qualitative research. In addition to documentary data and revisiting design literature, this work sought to understand the network formation modus operandi for digital manufacture of face shields, based on examples carried out in every region of the country. In conclusion, it argued that these social mobilization networks are based on the assumptions of the maker culture and reveal the potential for an open, distributed and resilient design to face this contemporary and future crisis.