This paper aims to investigate the extent to which parametric design tools contribute to increasing innovation in interior furniture design. The research methodology measures creativity criteria based on the theoretical background and previous studies in this field. We use Statistical Package for the Social Sciences (SPSS) software with samples (40 professionals) of architects, designers and specialists to analyze the survey outcomes. Our methodology consists of three stages. In the first stage, a questionnaire and survey on the main concepts, familiarity and applications of parametric design in furniture and interior design is done. Then, the stage of measuring the success and extent of fulfillment of parametric design characteristics criteria and indices in the modern parametric furniture. Finally, comparing the levels of creativity in some proposed types of traditional and parametric furniture (i.e., chairs and tables) in furniture interior design. The results show that; adoption of parametric design in interior furniture achieves good flexibility and streamlining. Also, it fulfills a good and perfect aesthetic, functional and innovative value, where the highest innovation index of 53% (good) is achieved. For parametric chairs the highest innovation index percentage is 38% (creative), while for traditional chairs is 41% (normal). The parametric tables highest percentage is 40% (creative), and for traditional tables is 57% (normal), The Validity and Reliability of the questionnaire was carried out before its completion, and the accuracy and stability of all survey and questionnaire axes were confirmed by using the SPSS approved statistical analysis program. Reliability Statistics for Part One (Survey) was 0.808, Part Two (Measurement) was 0.85, the Part Three (Comparison) was 0.891 It is good acceptable rate for testing the validity and reliability of the Survey, finally we recommend and suggest applying in a larger scale the applied research study on all parametric interior design elements and not just some types of furniture and examining the psychological impact on the user behavior.
Background This research paper contributes to presenting a proposed framework for the formal and structural specifications of parametric digital architecture in order to increase knowledge and know-how in this field closely to specialists and those interested in it through the research methodology, which is divided first into the theoretical background to include a presentation of the definition of digital architecture and the most important pioneers of digital architecture, digital building materials and construction mechanisms parametric digital and what are the most important computer software used in parametric digital architecture in terms of design and construction implementation and identifying the most important digital specifications and characteristics that were mentioned in previous studies in this field and what are the unconventional digital esthetic values, then comes the role of the applied study in formulating a comprehensive matrix of parametric design modern and its impact on the development of traditional architectural models in digital architecture. Results The research study found that both (unrealistic shape) and (typical interaction) ranked first with the highest percentage reaching 100% in all study cases. The ratio of the volume of each to the total volume of all elements of morphological characteristics and non-traditional esthetic values was 8%, the most important characteristic of buildings in parametric digital architecture, in most of them, is the lack of realism to a very significant degree, and we always find a clear increase in the interaction, vitality and dynamism of buildings with the surrounding environment. Conclusions The most important characteristic of buildings in parametric digital architecture, in most of them, is the lack of realism to a very significant degree, and we always find a clear increase in the interaction, vitality and dynamism of buildings with the surrounding environment. While we conclude that the least characteristic of the parametric digital buildings is the simulation of nature or the tendency to everything that is traditional, as well it is often inclined to everything strange and unfamiliar.
This research paper contributes to investigating the extent to which knowledge and mechanisms of biological water management can be explored to inspire new solutions for buildings and how biologically developed methods that can be used both to provide water and obtain it from the outer casings of buildings interacting with nature can be explored, and the research methodology is first carried out by examining various examples of organisms that have highlighted and demonstrated their natural success in the good management of For the water and work of a detailed analysis of the mechanisms of these organisms in the provision and management of water, ii detailed presentation and analysis of a set of global examples simulated to the environment, which has a precedent in the application of the concept (water management through an environmentally adapted outer shell), thirdly comes the applied study by proposing checklist models with proposed relative weights based on previous studies to measure the success of analytical examples in accomplishing the task. Results: Namibia Hydrology Center ranked first with the highest percentage of use of naturally inspired water management functions, Namibia Hydrology Center ranked first with the highest percentage of use of naturally inspired water management functions, and the first (water collection) job was ranked first with the highest percentage of repetition in all study cases, while the job (water storage) was second with a percentage of 63% of repetition, and reached 100% of repetition in all study cases, while the job (water storage) was second with a percentage of 63% of repetition. The element (water collection) in the first place with the highest percentage reached 36% for the total size of all other elements of water functions, while the element (water storage) in the second place reached the highest percentage reached 23% relative to the total size of all elements of other aquatic functions, Conclusions: the strategies of balance and biological water management in organisms in nature to provide innovative solutions for the design of the exterior of the building, especially in the third world countries new to this type of building where water management strategies are transferred from nature to the architectural design of the covers of external buildings, taking into account the choice of natural strategies suitable for each environment and place, as well as the research study reached that the strategies of living organisms in water management, whether synthetic or behavioral adaptation, boils down to a set of key biological functions, namely (acquisition of water -water transfer -storage of water-storage Water -preventing water loss -water purification).
Background: This paper aims to investigate the extent to which parametric design tools contribute to increasing innovation in interior furniture design. The research methodology measures creativity criteria based on the theoretical background and previous studies in this field. We use Statistical Package for the Social Sciences (SPSS) software with samples (40 professionals) of architects, designers and specialists to analyze the survey outcomes. Our methodology consists of three stages. In the first stage, a questionnaire and a survey on the main concepts, familiarity and applications of parametric design in furniture and interior design is done. Then, the stage of measuring the success and extent of fulfillment of parametric design characteristics criteria and indices in the modern parametric furniture. Finally, comparing the levels of creativity in some proposed types of traditional and parametric furniture (i.e. chairs and tables) in furniture interior design.Results: The results show that; adoption of parametric design in interior furniture achieves good flexibility and streamlining. Also, it fulfills a good and perfect aesthetic, functional and innovative value, where the highest innovation index of 53% (good) is achieved. For parametric chairs the highest innovation index percentage is 38% (creative), while for traditional chairs is 41% (normal). The parametric tables highest percentage is 40% (creative), and for traditional tables is 57% (normal). Finally, we recommend and suggest applying in a larger scale the applied research study on all parametric interior design elements and not just some types of furniture, and examining the psychological impact on the user behavior.Conclusions the parametric design tools for interior furniture actually help designers to make significant creative and innovative designs. This because they are more than just traditional engineering design tools. In this paper, we focus on tools, criteria and indices of furniture parametric interior design and their effects on increasing the creativity levels.
This research paper contributes to investigating the extent to which knowledge and mechanisms of biological water management can be explored to inspire new solutions for buildings and how biologically developed methods that can be used both to provide water and obtain it from the outer casings of buildings interacting with nature can be explored, and the research methodology is first carried out by examining various examples of organisms that have highlighted and demonstrated their natural success in the good management of For the water and work of a detailed analysis of the mechanisms of these organisms in the provision and management of water, ii detailed presentation and analysis of a set of global examples simulated to the environment, which has a precedent in the application of the concept (water management through an environmentally adapted outer shell), thirdly comes the applied study by proposing checklist models with proposed relative weights based on previous studies to measure the success of analytical examples in accomplishing the task of Namibia Hydrology Center ranked first with the highest percentage of use of naturally inspired water management functions, Namibia Hydrology Center ranked first with the highest percentage of use of naturally inspired water management functions, and the first (water collection) job was ranked first with the highest percentage of repetition in all study cases, while the job (water storage) was second with a percentage of 63% of repetition, and reached 100% of repetition in all study cases, while the job (water storage) was second with a percentage of 63% of repetition. The element (water collection) in the first place with the highest percentage reached 36% for the total size of all other elements of water functions, while the element (water storage) in the second place reached the highest percentage reached 23% relative to the total size of all elements of other aquatic functions, and the research reached many conclusions such as that the strategies of balance and biological water management in organisms in nature to provide innovative solutions for the design of the exterior of the building, especially in the third world countries new to this type of building where water management strategies are transferred from nature to the architectural design of the covers of external buildings, taking into account the choice of natural strategies suitable for each environment and place, as well as the research study reached that the strategies of living organisms in water management, whether synthetic or behavioral adaptation, boils down to a set of key biological functions, namely (acquisition of water - water transfer - storage of water- storage Water - preventing water loss - water purification).
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