Interior Atmosphere Research Articles

PERSEPSI TAMPILAN PEWARNAAN HIDANGAN AKIBAT TEMPERATUR WARNA CAHAYA DAN DAMPAKNYA PADA SELERA BERSANTAP DI CAFE

Correlated Color Temperature/CCT from artificial lighting in casual dining area at cafés is used to guide visitors visual perception through the interior atmosphere and dish display when served. Its visual impact triggers a non-visual response in the form of the visitors perception to rise appetite. This research aims to see the strength of causal relationship between perception of the dish display and the appetite for dining. A descriptive approach is used through questionnaire to examine the magnitude of this relationship using simple linear regression. The results show that the clarity of the dish display impact strongly on visitors perception on dish display (R Square 87.81%). Then, perception on dish display gives strong impact on appetite (R Square 87%). This research concludes that neutral CCT preferences give higher impact on dining appetite since the perception on the dish display has previously evaluated positive

Penerapan Elemen Budaya Korea Pada Perancangan Korean Cultural Center Indonesia di Jakarta Selatan

South Korea is a country that is developing and progressing rapidly in all fields, including politics, economy, culture, and technology. Despite its rapid development, South Korea still maintains its cultural distinctiveness. This is a distinct advantage for the Korean state compared to other developed countries where most of the original culture has faded due to the development of the economy and technology. As a Cultural Center, it should have facilities such as facilities to introduce the culture of a country, but the interior atmosphere of KCCI still does not reflect Korean Culture and has not brought up Korean branding (Hallyu). Therefore, there is a need for a new design of the South Korean Cultural Center which has the aim of spreading Korean culture to increase the branding of the Korean state in accordance with the vision and mission of KOCIS by providing educational, informative, and recreational facilities to the people of Indonesia. The provision of Korean cultural elements is also very influential in this design including the provision of Korean calligraphy, Korean paintings, Mugunghwa flower motifs, and wood materials to give a more aesthetic impression of Korean culture itself.

GASTLI

GASTLI

Methods, Area Ratio and Plants of Biowall to Induce Atmospheric Comfort: A Review

Biowall is one of the several innovative strategies people use to build a comfortable interior atmosphere with living plants. This research attempts to trace the gaps in the previous analysis as a 'state of the art' with a literature review method by focusing on the biowall method, area ratio and types of plants. Biowall performance is mainly related to the influence of thermal, visual, audial, and respiratory comfort. It is an essential topic used to induce atmospheric interiors, such as temperature, humidity, light intensity, sound insulation and absorption, CO2, HCHO, VOC, and particulate levels. The results showed that the empirical methods used were actual scale-up and down experiments, laboratories in test chambers, simulation with specific software, and case research on in-situ biowall. The comparison between the biowall and room size varied significantly due to the absence of a legal basis and reasons. Ferns and succulents were the most widely used species to induce atmospheric comfort. Therefore, it is necessary to conduct further research on biowall physical comfort based on multisensory simultaneously and determine its standard dimension and digital integration. Subsequent researchers must further discuss home-scale biowall acceleration and utilization of food-medicinal plants.

The Implications of Thermal Hydrodynamic Atmospheric Escape on the TRAPPIST-1 Planets

JWST observations of the seven-planet TRAPPIST-1 system will provide an excellent opportunity to test outcomes of stellar-driven evolution of terrestrial planetary atmospheres, including atmospheric escape, ocean loss, and abiotic oxygen production. While most previous studies use a single luminosity evolution for the host star, we incorporate observational uncertainties in stellar mass, luminosity evolution, system age, and planetary parameters to statistically explore the plausible range of planetary atmospheric escape outcomes. We present probabilistic distributions of total water loss and oxygen production as a function of initial water content, for planets with initially pure water atmospheres and no interior–atmosphere exchange. We find that the interior planets are desiccated for initial water contents below 50 Earth oceans. For TRAPPIST-1e, f, g, and h, we report maximum water-loss ranges of 8.0−0.9+1.3 , 4.8−0.4+0.6 , 3.4−0.3+0.3 , and 0.8−0.1+0.2 Earth oceans, respectively, with corresponding maximum oxygen retention of 1290−75+75 , 800−40+40 , 560−25+30 , and 90−10+10 bars. We explore statistical constraints on initial water content imposed by current water content, which could inform evolutionary history and planet formation. If TRAPPIST-1b is airless while TRAPPIST-1c possesses a tenuous oxygen atmosphere, as initial JWST observations suggest, then our models predict an initial surface water content of 8.2 −1.0+1.5 Earth oceans for these worlds, leading to the outer planets retaining >1.5 Earth oceans after entering the habitable zone. Even if TRAPPIST-1c is airless, surface water on the outer planets would not be precluded.

Analysis of the Application of Traditional Culture in Modern Design

With the passage of time and the integration of culture, the design has become the same, with almost no particular style or homogenization; the tendency of the same is becoming more and more prominent: traditional culture, local characteristics, the inheritance of national spirit is also gradually decreasing, which goes against the original intention of interior design. Combining Chinese traditional culture with interior design, innovative interior design, and inheriting the national spirit have been significant trends in China. Under such a general trend, how to walk out of a road rich in regional and national characteristics combines tradition with contemporary theory to adapt to today's increasingly developing world situation. People and users' interest in traditional culture is also growing, which has led to changes in the design concepts and methods of modern architecture, the most important of which is the integration of traditional culture. At the same time, traditional culture plays a significant role in modern interior design. It can not only diversify the development of modern interior design but also break the Western mode of thinking so that our culture can be inherited and applied, and our lives can become more beautiful. This paper analyzes the application of traditional culture in modern interior design. The relationship and interaction between space environment and people At the same time, it also becomes the contemporary cultural communication in the creation of modern architecture should fully consider its functional needs and aesthetic requirements, reasonable use of traditional elements for decoration, to create a Chinese characteristic of the interior atmosphere of traditional Chinese culture with rich and colorful connotation, in the interior design, through the different ethnic, regional and historical background research and analysis. Apply it to modern interior design.

Himne sebagai Inspirasi Konsep Redesain Gereja Baptis Efrata di Bandung

The Efrata Baptist Church in Bandung was established in 1967 planning renovations to increase the congregation's capacity. Building renovations put more emphasis on optimizing the existing buildings. For this reason, it is necessary to redesign, among others: seating capacity, interior atmosphere, baptismal pool, and building facades. The design objective is to prepare a church design that is functional and has a narrative of Christian values. The method uses a design method with a semiotic approach. The design stage starts from data collection, data analysis stage, synthesis stage to the application of the design concept. The redesign concept was inspired by the lyrics of the Cwm Rhondda hymn. This is because music and church cannot be separated. And one genre of church music that is familiar with the Baptist church is hymns. The lyrics of the Cwm Rhondda hymn are applied through the architectural elements of the church.

Design Improvement for a Maritime Training Polygon using 3D Terrestrial Laser Scanning Technology

In the current geo-strategic context, the North Atlantic Treaty Organization (NATO) and the International Maritime Organization (IMO) impose increasingly high standards for seafarers' preparation in the ship's vitality training centers (elaborate constructions, designed and equipped specifically for training personnel in scenarios involving flooding and fires that may occur on board ships). The buildings housing these training areas experience considerable mechanical and thermal stress, which, over time, affects their structural integrity. Therefore, repairs and modernization work become necessary. This paper provides a case study on the application of technologies for terrestrial laser scanning of buildings, with a focus on the vitality training polygon. The originality of the approach comes from achieving "as-built" documentation for the vitality polygon using 3D laser scanning technology. This includes both three-dimensional modeling based on digital information from the scanning process, as well as structural analysis using finite element techniques for the buildings where crew training takes place. The study also analyzes the distribution of total deformations and stresses in the walls of exercise compartments for flooding and water fight scenarios. Moreover, temperature distribution in the walls and interior atmosphere of these compartments is examined for fire scenarios and firefighting.

Interior–atmosphere modelling to assess the observability of rocky planets with JWST

Context. Super-Earths present compositions dominated by refractory materials. However, there is a degeneracy in their interior structure between a planet that has no atmosphere and a small Fe content, and a planet that has a thin atmosphere and a higher core mass fraction. To break this degeneracy, atmospheric characterisation observations are required. Aims. We present a self-consistent interior–atmosphere model to constrain the volatile mass fraction, surface pressure, and temperature of rocky planets with water and CO2 atmospheres. The parameters obtained in our analysis can be used to predict observations in emission spectroscopy and photometry with JWST, which can determine the presence of an atmosphere and, if present, its composition. Methods. We coupled a 1D interior model with a supercritical water layer to an atmospheric model. In order to obtain the bolometric emission and Bond albedo for an atmosphere in radiative-convective equilibrium, we used a low-resolution k-correlated atmospheric model. We generated emission spectra with the same atmospheric model at a higher resolution (R = 200–300). An adaptive Markov chain Monte Carlo was employed for an efficient sampling of the parameter space at low volatile mass fractions. Results. From our interior structure retrieval, we conclude that TRAPPIST-1 c most likely has a bare surface, although the presence of an atmosphere cannot be ruled out. We estimate a 1σ confidence interval of the surface pressure for a water-dominated atmosphere of Psurf = 40 ± 40 bar. We generated spectra for these two scenarios to compare with the emission flux of TRAPPIST-1 c recently observed in the MIRI F1500W filter. This is compatible with bare rock surfaces or a thin atmosphere with little or no CO2. In the case of 55 Cancri e, a combined spectrum with NIRCam and MIRI LRS may present high uncertainties at wavelengths between 3 and 3.7 µm. However, this does not affect the identification of H2O because it does not present spectral features in this wavelength range.

Application of Materials for Laundry Room Needs in Residential Houses

In residential needs, the laundry room has an essential role, because washing and drying activities cannot be separated from household chores. The modern interior design concept of a laundry room aims to get a comfortable atmosphere for user needs. The interior atmosphere can be formed through the basic design elements consisting of lines, shapes, fields (color and texture), and light spaces. Interior room elements are formed by several two-dimensional fields, namely floors, walls, ceilings and door and window.
 In interior design, a project must be described broadly from the selection of floor, wall and ceiling materials, to cabinet furniture upholstery and other materials used to meet the functional, durability and aesthetic requirements of the room.
 These materials are often chosen based on aesthetic quality and price with many choices, and the durability of interior finishing is also a major consideration for interior designers. Floors, walls and ceilings must be durable, i.e. able to withstand wear, pressure, and damage, both structurally and in terms of quality, as well as wooden tables and joints, which must be able to withstand wear and tear tests and time.

Color Selection Study Of Children's Outpatient Clinic Interior Related To Patient Stress Level

The interior of an outpatient clinic is generally a very scary thing for children, especially when they are sick. This is because if you are sick, the patient's stress level will increase, especially pediatric patients. Seeing this trend, it is considered important to minimize the patient's stress level, because the patient's increased stress level can cause the patient's immune system to decrease so that it is more difficult in the healing process. One of the patient's stress levels can be caused by the interior atmosphere in the waiting room and doctor's office. One way to minimize patient stress levels is by implementing the right colors in the interior of waiting rooms and doctors' offices in pediatric outpatient clinics. Given this, it is considered necessary to examine interior studies related to color selection in patient waiting rooms and pediatrician offices. The method used in this study is the method of discriptive analysis. To design the right interior in the childcare clinic, you should use a concept that can display a warmer, calmer, and cheerful interior , besides being supported by facilities with attractive designs so that children can forget about their stresnya due to the illness they suffer. While currently the selection of the right color of the interior of the pediatric clinic, especially in the waiting room and doctor's practice, is still not considered, only payattention to the necessary facilities. Colors that are suitable to be applied to the interior of the practice and waiting room of the children's outpatient clinic include soft and fresh warna such as blue, green, yellow and orange are usually quite effective in providing a warm, calm, and cheerful sensation for children, especially those who are experiencing It hurts. But it does not rule out the possibility of implementing other colors that also need to encourage pediatric patients such as red, but should not be implemented too dominantly

The Role of Lighting in The Interior Atmosphere of Saka Bistro and Bar Bandung

The purpose of this study was to determine the impact of the role of lighting in creating an atmosphere that can explain certain themes and styles applied to the interior design of Saka Bistro & Bar Bandung, so that room users or space observers can see and feel the visualization. Lighting is an important factor that can give atmosphere and character to the interior. There are many types of lighting that can be used in a room, depending on the atmosphere the user wants to create. Lighting also helps visualize the style applied to the space. The method used in this study is the method used in this study qualitatively, in the form of observation and comparison based on the theory used in the study. The results and conclusions obtained are explained in detail using the researcher's observations which are then compared with the theory used. The conclusion obtained is that the role of lighting that is applied to the interior of Saka Bistro & Bar Bandung helps create an atmosphere that can describe the urban and tropical theme or style applied to the interior of the Bandung Bistro & Bar.

Intelligent interior atmosphere lamp system based on quantum dot LEDs for safe driving assistance.

A driver safety assisting system is essential to reduce the probability of traffic accidents. But most of the existing driver safety assisting systems are simple reminders that cannot improve the driver's driving status. This paper proposes a driver safety assisting system to reduce the driver's fatigue degree by the light with different wavelengths that affect people's moods. The system consists of a camera, an image processing chip, an algorithm processing chip, and an adjustment module based on quantum dot LEDs (QLEDs). Through this intelligent atmosphere lamp system, the experimental results show that blue light reduced the driver's fatigue degree when just turned on; but as time went on, the driver's fatigue degree rebounded rapidly. Meanwhile, red light prolonged the driver's awake time. Different from blue light alone, this effect can remain stable for a long time. Based on these observations, an algorith was designed to quantify the degree of fatigue and detect its rising trend. In the early stage, the red light is used to prolong the awake time and the blue light to suppress when the fatigue value increases, so as to maximize the awake driving time. The result showed that our device prolonged the awake driving time of the drivers by 1.95 times and reduced fatigue during driving: the quantitative value of fatigue degree generally decreased by about 0.2 times. In most experiments, the subjects were able to complete four hours of safe driving, which reached the maximum length of continuous driving at night allowed by China laws. In conclusion, our system changes the assisting system from a reminder to a helper, thus effectively reducing the driving risk.

Upcycling bicycle parts for interior decoration with smart lightings as an eco-friendly design

Used bicycle parts made from metal are often found in waste disposal or sold in flea markets. Metal waste still has economic value because it can be recycled. However, the process requires special equipment and only can be carried out on an industrial scale. Although still sold at flea markets, the problem is that not many bicycle parts buyers. Most spare parts are incompatible with the current bicycle model, so these items pile up in the seller’s stall. This paper will explain the process of upcycling bicycle parts for interior decoration. The aim is to increase these used parts’ economic value and reduce the demand for new materials to make interior decoration lamps. The lamp energy attached to the lampshade is also the focus of research to align with technological developments and obtain sustainable design solutions. This research method is an exploratory-creative approach that goes through four stages of development: define, design, production, application. The exploration of lampshade designs is expected to inspire the use of used goods to reduce waste to create sustainable designs. In addition, using smart-lighting on lampshade products can create an attractive interior atmosphere while saving energy and costs in line with the smart building concept.

MODERN SCANDINAVIAN STYLE CONCEPT IN APPLICATION OF INTERIOR ELEMENTS FOR CHILDREN'S STUDY ROOM

By presenting a children's study room with a comfortable and conducive learning environment, it will support the learning process and increase motivation and concentration of children. Interior elements with Modern Scandinavian style will affects the interior atmosphere in the children's study room. To support the children's learning process, the processing of interior elements in the children's study room must be in accordance with the standards. This study aims to implement the Modern Scandinavian style concept in the application of interior elements of children's study rooms to provide a comfortable and conducive learning atmosphere for children. Research related to the discussion of the Modern Scandinavian style concept in the application of interior elements has never been studied by various parties, so the author brings up this discussion in the article. The design method uses 8 stages of the design process with qualitative and descriptive research techniques. This design shows that the modern Scandinavian style concept in the application of interior elements for children's study rooms can create a comfortable, safe, and conducive learning environment for children. This article is intended for students who are doing interior design, students who are doing internships, and designers who are doing research/projects related to children's study rooms.

A Detailed Study of the Radon and Progeny Levels in Houses of Bangalore Metropolis, Karnataka, India

Introduction: Radon, a radioactive inert gas that makes up a significant portion of the background radiation to which people are exposed, can endanger public health when it builds up in inadequately ventilated residential and commercial spaces. The lungs' exposure to alpha particles after inhaling Radon decay products accounts for around half of the overall radiation effective dose to the general public. Objectives: To observe the variation of radon and progeny levels in different locations and different houses of Bangalore city having variety of features viz., season, walls, rooms, flooring, volume and diurnal various. Methods: Standard protocols provided by Environmental Assessment division, Bhabha atomic research centre, Mumbai is followed for the all the measurements. Results: In this outlook, the interior atmosphere must have to be carried out for both 222Rn (radon) and 220Rn (thoron) levels in order to provide an accurate assessment of the natural breathing dose. For the present study a sizable number of measurements had been made for more than eight years which examined the effective dose rates caused by indoor levels of 222Rn, 220Rn, and their progeny during various seasons of the year. In order to lessen the effective dosage rate, it is advised that lower size houses have sufficient ventilation and granite floorings to be avoided. Conclusions: More thorough research should be planned and carried out in this area and across the nation on the evaluation of public exposure to natural radiation, particularly the exposure from 222Rn, 220Rn and their offspring.

Generation of Phenomenal Interior Quality from Refurbishment of Commercial Spaces in Residential Areas

Commercial buildings in the residential districts are under rapid redevelopment because retail shopping activities are being replaced by community service, education, eating and dinning and experiential activities in China. This paper revealed three interior refurbishment projects aiming to recreating interior public spaces. Interior fitting has rapidly grown in the building industry. Product suppliers provide strong support for construction quality and intervene in architectural design decisions. Interior design, as independent work, promotes effective dialogue with clients, users and suppliers in the design process. It is a platform for quality by understanding the texture, lighting and atmosphere as the key area of control in design. The interior design of three projects of Baumschlager Eberle Architekten (BEA) Hong Kong Ltd, transforms the common areas of shopping centres in residential areas into interior public spaces. The paper introduces and evaluates the design methods of BEA architects to present and control design quality, especially for interior public spaces. The territory, material, visibility, rhythms and use and overall interior atmosphere are analysed with case studies based on the literature review on outdoor public spaces. The paper concludes that interior refurbishment is an independent level of design in the recreating ―publicness‖ in existing building structure. Only when conceptually free from the constraints of structure and façade can unique atmospheres be achieved through design, opening up further intervention in future.

Evolution of the Average Temperature of the Interior Atmosphere of a Habitable Cell Made of Foamed Concrete in Burkina Faso

Aims: The energy domain is responsible for the production of many gaseous, liquid and solid pollutants, strongly contributing to climate change. The provision of bioclimatic habitats to households is therefore necessary since it will contribute to the reduction of energy consumption. This work consists in making a study of the thermal behavior of a habitat designed with foamed concrete (FC) in order to evaluate its thermal performance for the improvement of its thermal comfort and to compare its average internal temperature with those of other materials.
 Study Design: A calculation model developed under the COMSOL Multiphysics 5.3a software was used to simulate the thermal behavior of a foamed concrete habitat. The meteorological data used are those of Ouagadougou in the month of April (hottest month in Burkina Faso) on April 15, 2019 (with April 15, the hottest day of the year 2019)
 Methodology: The temperatures of each side of the walls were determined. Moreover, the study of the influence of the thickness of the walls on the average internal temperature made it possible to determine an optimal thickness. Then, the thermal phase shift, the thermal amplitude reduction and the damping factor were carried out.
 Results: The results obtained in the weather conditions of April in Ouagadougou, lead to an average internal temperature of the building of about 304 K, for a wall thickness of 17.5 cm. There is a thermal phase shift of 8 hours, and a reduction in thermal amplitude of 9°C or a damping factor of 8.6%. The maximum average internal temperature of the foamed concrete was compared with those of the cement block, the CEB, the adobe, the CLB which present respectively 311 K; 309.2K; 309K; 308.5K.
 Conclusion: A building constructed with foamed concrete has a low average internal temperature compared to cinderblock, CEB, adobe and CLB. Thus, this material makes it possible to provide more thermal comfort and can be used for the construction of habitats with good energy efficiency.

A Review of the Global Current Scenario, Trends, and Challenges of Hybrid District Heating System

India's energy consumption is considerable, yet its energy supplies are limited because of the climatic conditions in the northern Himalayas. During the winter, the northern region faces an absence of sources. A feasibility study on the DHS has to be conducted to help remedy the situation to overcome this situation. The major goal of this article is to derive heat from solar and biomass energy sources. Biomass in the forest reduces CO2 emissions by using solar energy in our atmosphere. This hybrid district heating system makes effective use of this energy. It is possible to deal with the problem of freezing temperatures in the northern area with hybrid district heating systems. As a result of this technology, a comfortable interior atmosphere may be created. The study examines the future directions of the Hybrid DHS in northern India. The approach is a theoretical model to determine whether or not there are viable sources for hybrid district heating systems.

THE REPRESENTATION OF OTTOMAN COURT TEXTILES IN CINEMATOGRAPHIC NARRATIVE: FERZAN ÖZPETEK’S HAREM SUARE

Cinema benefits from design tools in many respects in the creation of both the representation and the reality. Making an interior design with textile design tools is closely related to the expression in cinema. The compatibility of each design object with the location and the content of a movie is important in terms of the fact that they will be presented to the audience. Especially in historical movies, textile objects are expected to reflect the reality. Textile and cinema, which contain different dynamics, are different from the other disciplines in semantic and technical terms. These two disciplines, which have a visual aesthetic in them, continuously improve in the historical process and contribute to the transformation of one another. This study in which the combination of textile and cinema in the creation of an interior design is discussed in design and time together, deals with the place of textile objects in the creation of the interior atmosphere and the movie image. Within the scope of this research, the relationship between textile and cinema has been analyzed through the images, places and characters presented to the audience in the movie Harem Suare (1999).