International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
26 viñetas que recuerdan y homenajean a Aylan Kurdi, ya conocido en las redes como "The Syrian Child", el niño sirio, cuyo cuerpo fue hallado en la playa, tras fallecer mientras intentaba huir de la guerra.
Mahsa Mirsalami
Sima Ghorbani Kashkooli,Neda Pakari,Abolfazl Karbalaei Hossini Ghiyasvand
a Department of Architecture Branch,Islamic Azad University,Qazvin,Iran
26 viñetas que recuerdan y homenajean a Aylan Kurdi, ya conocido en las redes como "The Syrian Child", el niño sirio, cuyo cuerpo fue hallado en la playa, tras fallecer mientras intentaba huir de la guerra.
Mahsa Mirsalami
Sima Ghorbani Kashkooli,Neda Pakari,Abolfazl Karbalaei Hossini Ghiyasvand
a Department of Architecture Branch,Islamic Azad University,Qazvin,Iran
Phases of Harappan Civilization; Town planning system; Important cities of Indus Valley Civilization: Harappa & Mohenjodaro; Economic life; Decline of Civilization..
Society and Environment in Ancient India (Study of Hydrology)inventionjournals
This paper attempts an analysis of the science and technology evolved in ancient India in relation to water .On the other side it focuses on the dominating role of water in the development of different civilizations as it attached a great importance to their life. The aim of the paper is to highlight the usefulness of those ancient hydraulic techniques of different regions of country at different times in terms of water conservation etc. Thus an effort is made to prove that the hydraulic techniques introduced, not only by the Government but also by the indigenous people which were highly advanced techniques of that period and these specific indigenous water-harvesting and collection methods were developed / evolved in direct response to local geo-physical conditions which has brought prosperity to the state and now the efforts are made by the recent governments and NGOs for the revival of those techniques for the betterment of the people .
Ancient Romans had an understanding of water that was nothing short of spectacular in their time. The Aqueducts carried water from distant springs and streams into the city of Rome.
This paper narrates an essay on the major distinctive styles of traditional architecture of India from its different regions which has acquired a lot of fame in the worldwide over decades. It’s a matter of pride to all the Indians for getting such an opportunity to experience varieties of traditional architecture spread throughout their motherland as it has a huge asset of heritage and antiquity.
A range of architectural varieties have developed in the
parts of the country due to its diversified socio-cultural,
traditional and religious background as well as most
importantly climatic variations. Among all the aspects, the
religious diversity has played a vital role in the development
of distinctive architectural styles chronologically. It is the
result of above-mentioned aspects which contributed
towards the formation of a set of architectural assets within
a single piece of land. There may be a lot of research works
done in the field of traditional Indian architecture; still my
study attempts partially to contribute in the existing body of
literature through a documentation of major traditional
architectural styles found across the different regions of
India.
The Sayhuite site is located on the route between Cusco and Abancay, in the department of Apurimac. It is delimited by 2 streams and embedded between several green hills, a small paradise on earth, whose main attraction is the Sayhuite stone:
Evaluation of the Thermal Comfort in the Design of the Museum Routes: The Thermal Topology
* Ph.D. Candidate SELMA SARAOUI1, Dr. AZEDDINE BELAKEHAL 2, Dr. ABDELGHANI ATTAR 3 Dr. AMAR BENNADJI 4
1 Department of Architecture, University of Bejaia, Algeria.
² Laboratoire de Conception et de Modélisation des Formes et des Ambiances (LACOMOFA), Department of Architecture, University of Biskra, Algeria.
³MCB at the Department of Architecture, University of Bejaia, Algeria.
4 The Scott Sutherland School of Architecture and Built Environment, the Robert Gordon University, UK
E mail: saraoui.selma@gmail.com , E mail: belakehal@gmail.com , E mail: attar.a.ghani@gmail.com , E mail: a.bennadji@rgu.ac.uk
A B S T R A C T
Museums are nowadays among the most popular projects for the public, the concept of thermal comfort in museums is often treated after the realization. Even if in the design, the architect shows a particular intention to work with daylight which is considered for these projects as main, the architect often considers certain elements that have an influence on the energy balance of these projects such as: orientation, building materials. The museum route is the key to the success of any museum project, it is the space of the visitor, the space in which he is invaded by sensations. In this study, we will first evaluate the thermal comfort in the museum as a whole (building) and then through its route. The objective is to guide reflection in the design of the museum towards the route in order to reduce energy consumption. In order to carry out our study, some European museums were analysed by means of simulation, according to the thermal comfort of their designs for the most unfavourable conditions, then by a thermal analysis of the museum route according to the segmentation principle using the average radiant temperature. This method allowed us to bring out correspondences between the architectural form and the route. Finally, the segmentation method constitutes the basis of a new methodological approach called "thermal topology" based on the discontinuities of the temperatures in the route.
Similar to Bathroom Physical Features of Iran in Qajar Era (20)
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Toll tax management system project report..pdfKamal Acharya
Toll Tax Management System is a web based application that can provide all the information related to toll plazas and the passenger checks in and pays the amount, then he/she will be provided by a receipt. With this receipt he/she can leave the toll booth without waiting for any verification call.
The information would also cover registration of staff, toll plaza collection, toll plaza collection entry for vehicles, date wise report entry, Vehicle passes and passes reports b/w dates.
Courier management system project report.pdfKamal Acharya
It is now-a-days very important for the people to send or receive articles like imported furniture, electronic items, gifts, business goods and the like. People depend vastly on different transport systems which mostly use the manual way of receiving and delivering the articles. There is no way to track the articles till they are received and there is no way to let the customer know what happened in transit, once he booked some articles. In such a situation, we need a system which completely computerizes the cargo activities including time to time tracking of the articles sent. This need is fulfilled by Courier Management System software which is online software for the cargo management people that enables them to receive the goods from a source and send them to a required destination and track their status from time to time.
Explore the innovative world of trenchless pipe repair with our comprehensive guide, "The Benefits and Techniques of Trenchless Pipe Repair." This document delves into the modern methods of repairing underground pipes without the need for extensive excavation, highlighting the numerous advantages and the latest techniques used in the industry.
Learn about the cost savings, reduced environmental impact, and minimal disruption associated with trenchless technology. Discover detailed explanations of popular techniques such as pipe bursting, cured-in-place pipe (CIPP) lining, and directional drilling. Understand how these methods can be applied to various types of infrastructure, from residential plumbing to large-scale municipal systems.
Ideal for homeowners, contractors, engineers, and anyone interested in modern plumbing solutions, this guide provides valuable insights into why trenchless pipe repair is becoming the preferred choice for pipe rehabilitation. Stay informed about the latest advancements and best practices in the field.
Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
This presentation is about the working procedure of Shahjalal Fertilizer Company Limited (SFCL). A Govt. owned Company of Bangladesh Chemical Industries Corporation under Ministry of Industries.
Fruit shop management system project report.pdfKamal Acharya
The export maintenance system is a fully featured application that can help we manage fruit delivery business and achieve more control and information at a very low cost of total ownership.
A fruit export maintains automatically monitors purchase, sales, supplier information. The system includes receiving fruit from the different supplier. Customer order is placed in the system, based on the order fruit has been sales to the customer.
The report contains the details about product, purchase, sales, stock, and invoice. The main objective of this project is to computerize the company activities and to provide details about the production process at the fruit export maintenance system.
The demand of fresh fruit fruits and processed food items in international and domestic market has shown a decent increase. This estimation is creating a necessity for growing more and more fruit fruits to cater the growing demand of domestic & international market.
The customers effectively and hence help for establishing good relation between customer and fruit shop organization. It contains various customized modules for effectively maintaining fruit and stock information accurately and safely.
When the fruits are sold to the customer, stock will be reduced automatically. When a new purchase is made, stock will be increased automatically. While selecting fruits for sale, the proposed software will automatically check for total number of available stock of that particular item, if the total stock of that particular item is less than 5, software will notify the user to purchase the particular item.
The proposed project is developed to manage the fruit shop in the fruits for shop. The first module is the login. The admin should login to the project for usage. The username and password are verified and if it is correct, next form opens. If the username and password are not correct, it shows the error message.
Quality defects in TMT Bars, Possible causes and Potential Solutions.PrashantGoswami42
Maintaining high-quality standards in the production of TMT bars is crucial for ensuring structural integrity in construction. Addressing common defects through careful monitoring, standardized processes, and advanced technology can significantly improve the quality of TMT bars. Continuous training and adherence to quality control measures will also play a pivotal role in minimizing these defects.
Top 13 Famous Civil Engineering Scientistgettygaming1
List of Best Scientist Who Gives Big Contribution in Civil Engineering Filed, in this we provide how they Contribute in Civil Engineering filed, For Data Collection civilthings.com helps us a lot.
A CASE STUDY ON ONLINE TICKET BOOKING SYSTEM PROJECT.pdfKamal Acharya
Online movie ticket booking system for movies is a web-based program. This application allows users to purchase cinema tickets over the portal. To buy tickets, people must first register or log in. This website's backend is PHP and JavaScript, and the front end is HTML and CSS. All phases of the software development life cycle are efficiently managed in order to design and implement software. On the website, there are two panels: one for administrators and one for customers/users. The admin has the ability to add cinemas, movies, delete, halt execution, and add screens, among other things. The website is simple to navigate and appealing, saving the end user time.
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
This document is by explosives industry in which document discussed manufacturing process and flow charts details by nitric acid and sulfuric acid and tetra benzene and step by step details of explosive industry explosives industry is produced raw materials and manufacture it by manufacturing process
Automobile Management System Project Report.pdfKamal Acharya
The proposed project is developed to manage the automobile in the automobile dealer company. The main module in this project is login, automobile management, customer management, sales, complaints and reports. The first module is the login. The automobile showroom owner should login to the project for usage. The username and password are verified and if it is correct, next form opens. If the username and password are not correct, it shows the error message.
When a customer search for a automobile, if the automobile is available, they will be taken to a page that shows the details of the automobile including automobile name, automobile ID, quantity, price etc. “Automobile Management System” is useful for maintaining automobiles, customers effectively and hence helps for establishing good relation between customer and automobile organization. It contains various customized modules for effectively maintaining automobiles and stock information accurately and safely.
When the automobile is sold to the customer, stock will be reduced automatically. When a new purchase is made, stock will be increased automatically. While selecting automobiles for sale, the proposed software will automatically check for total number of available stock of that particular item, if the total stock of that particular item is less than 5, software will notify the user to purchase the particular item.
Also when the user tries to sale items which are not in stock, the system will prompt the user that the stock is not enough. Customers of this system can search for a automobile; can purchase a automobile easily by selecting fast. On the other hand the stock of automobiles can be maintained perfectly by the automobile shop manager overcoming the drawbacks of existing system.
Danfoss NeoCharge Technology -A Revolution in 2024.pdf
Bathroom Physical Features of Iran in Qajar Era
1. International Journal of Engineering Science Invention
ISSN (Online): 2319 – 6734, ISSN (Print): 2319 – 6726
www.ijesi.org ||Volume 4 Issue 8|| August 2015 || PP.51-60
www.ijesi.org 51 | Page
Bathroom Physical Features of Iran in Qajar Era
Hamidreza Saremi, Rana Gorji
1
Professor Department of Art and Architecture, Tarbiyat Modares University, Tehran, Iran
2
Department of Architectural, Boroujerd branch, Islamic Azad University, Boroujerd, Iran
Abstract : Bathhouses were of the most important buildings of a city. They were usually located at the center of
towns or near the bazars and main roads. From the pre-Islamic era the remainders of private bathrooms were
discovered in Persepolis (Achaemenian era) and Assyrian Palace (Parthian era). But the development of the
traditional bathhouses, that were used until the time before the modern urban piping emerge, date back to the
Islamic era. Since bathing includes several steps, therefore Iranian traditional bathhouses had spaces with
different functions.
In this research, study architecture of bathrooms in Qajar era. The research method is documental. In order to
collecting data, was referred to organizations such as cultural heritage. Also, was used internet and library.
Finding shows, Iranian bathrooms were made very cleverly and had a variety of spaces fitting perfectly with its
functions. Iranian baths were built very intelligently. They built the bathrooms with convoluted corridor
between corridor and the entrance of the bathroom to adjust the temperature difference of outside and inside.
The interior of the warm house was divided into several place for cleaning and pools. There were three pools;
one for warm water, other for cool water and the last for latter water. Bathrooms were association place as well
as the market in addition to certain operations. Important events such as henna ceremony, wedding shower,
delivery, and etc. have also been done there.
Key word : Public bathroom, Iranian architecture, Qajar era
I. Introduction
The public bathhouses are included in buildings as public utilities that have been expanded throughout
Islamic realm by arising Islamic religion that cleaning is the preamble for most of its rites. Unfortunately, from
the beginning of Islamic period until 8th
hegira century (15th
AD century) no stable sample of public bathhouses
remained in Iran, but many public bathhouses have still remained from Safavid and especially from Qajar era all
over Iran. Architecture bathroom like other old buildings follow of specified spatial patterns. Access to water,
maintain separate and clean and dirty areas, the original three conditions was for created complex and different
spatial with other building in Building bath (Ghobadian, 2006:87). As regards limitations like area ,land limit
and also used some decorative elements and architecture and various forms of spaces has caused to changed in
the historical bathroom and caused not exactly the same, so don’t have two bath but studies show that even take
to in consideration this principle that in many case in this building architecture that has followed special
principle but the stage of different design and build them have done with consideration climate and natural
environment condition and climate had more efficient in this building formation. While maintaining the
principles and General pattern of architecture in Bath special in the type and arrangement of spaces in different
conditional climate and natural can be seen in the building of baths (Kasmaei, 2006: 61).
Bathhouses were of the most important buildings of a city. They were usually located at the center of towns or
near the bazars and main roads. From the pre-Islamic era the remainders of private bathrooms were discovered
in Persepolis (Achaemenian era) and Assyrian Palace (Parthian era). But the development of the traditional
bathhouses, that were used until the time before the modern urban piping emerge, date back to the Islamic era.
Since bathing includes several steps, therefore Iranian traditional bathhouses had spaces with different functions.
In this respect the spaces in a bathhouse can be divided into three parts:
1-semi hot and semi humid
2- Hot and humid
3-very hot and very humid (Ghobadian, 2006).
The controlling system of the bathhouse was in a way that the heat and moisture enters from the Entrance
vestibule and changing room (semi hot and semi humid) to the hall and bathhouse (hot and humid) and finally
would reach to its maximum level in Khazineh (very hot and humid). Therefore these spaces were independent
and they were only connected through indirect tunnels or vestibules.
Investigations of the section of old bathhouses show that the ceiling of these places were high and were
caped by a dome (Kolombe, Tarkin, Karbandi, and Araghchin). Changing room dome was the main dome of the
2. Bathroom Physical Features…
www.ijesi.org 52 | Page
bathhouse that is the main hall of the bathhouse and the smaller domes belong to the other spaces. Although the
dome cover is one of the characteristics of Iranian architecture in terms of the structure of models for ceilings
and openings, the height and dome-like ceilings were used for other reasons that originate from the function of
such buildings.
The skylight service, generally, was provided through the ceiling and with the help of an element called
“Jamkhaneh” that was glass, and a material called “moine” (a combination of washed wool, oil, and clay) was
used for sticking the glass and the clay. In addition to these items, we should mention the circuitous tunnels that
would prevent the outside air and dust into the bathhouse (Najafi, 2009: 8).
II. Theoretical Principle
Bathhouses existed prior to the Islamic period in the Iranian cultural area. However, their number
seems to have been limited due to the Zoroastrian religion’s reverence for the holy element of water. This may
explain why Yāqūt ( , quoting the authority of an Arab physician, states that the Sasanians did not know the use
of baths. Nevertheless, archeological finds in Ḵᵛārazm, for example, show the existence of cellars under houses,
which were cooled by water basins in which the inhabitants may have bathed, though these cellars could be
simple sardābs (Spuler, p. 286; Le Strange, p. 337). Other sources also confirm the existence of baths in pre-
Islamic Iran. For example, King Vologeses (484-88) incurred the wrath of the Zoroastrian priests by building
public baths, for in this way people would pollute the holy element, water. Kavād (488-531), after having
enjoyed a bath in Amida after his conquest of that city, ordered the construction of such baths throughout his
empire (Mez, p. 365). Finally, Ferdowsī relates that Ḵosrow II Parvēz (d. 628), prior to his assassination, took a
bath (BAZIN, 1979: 143). This evidence indicates that Yāqūt was probably only partly right. Islamic Iran,
medieval period. With the conversion of the population of Iran to Islam, ritual purity (ṭaḥārat, q.v.), e.g., through
washing one’s body (ḡosl and wożūʾ), became a requirement of religious life. Thenceforth bathing became an
integral part of life. Besides, baths were frequented not only for purity and hygienic reasons, but also for
medical purposes. Physicians prescribed taking the waters against a great variety of ailments. Baths, as part of
charity buildings, have been of particular importance and often accompanied great mosques, schools, and
bazaars. The constructors of these baths were governors, the nobles, and charitable people who constructed them
for charity and public utility though some might have built for business. The former group, often, endowed the
buildings to religious institutes or charitable deeds. On the other hand, baths have been among the most
significant elements of urban and rural organizations which, like other urban architecture types, their presence in
the texture of the cities is not haphazard and random. In other words, baths were usually built at the center of the
cities, center of the neighborhoods, or close to bazaar or the main pathways so as to make them more accessible
to people. Also, because of their location in the urban texture and the users, baths had various functions. For
instance, baths located in bazaar were for men's use or the biggest, the most luxurious, and the best baths of a
town were built at the center of the city, or baths in the smaller neighborhoods were usually smaller and simpler,
thus offering little service to the users. Public baths are usually composed of different elements, allowing users
do various phases and processes of bathing along with others tasks. Some of these elements are central to the
baths, which are common in almost all public baths, and some are special ones existent in some baths depending
on the type of their functions. In general, shared locations and elements in all baths and the planning include:
portal, vestibule, Sarbinā, Mian dar (the space between Sarbinā and hot-house), hot house, and reservoir(s) in
the hot-house. Other spaces and rooms, including small bath, Chal howz (pool), toilets, Nooreh keshkhaneh
(shaving room), and alcoves are absent
In many baths. In addition, foundations spaces, like kiln, fuel room, channels and chimneys for
Transmitting heat and smoke, Gav row (cowway), well, water reservoir, and sewage are other major
elements of baths. Often, required water was provided from the streams, aqueducts, or wells. However, wells
were the most important source for providing water for public buildings in a lot of cities (Abd-Al-Sattar Osman,
1376: 264). The procedures for providing and storing water was first, water was elicited making use of animal,
then it was directed toward a basin or water tank usually located on the roof, and later it was transferred into
water reservoirs via barrel drains, under the pressure of the height. The water was also heated by kilns, which
were below or behind the Ton (water reservoir)(Pirnia, 1378: 199).Since, in the past it was not possible to
directly heat the building , heating system was designed in a way that the fire heat and smoke were spread all
over the floor through canals built at the bottom and then sent out through the sideway chimneys (Ahmadi &
Mo’taghed,1384: 256). Water distribution in different spots of the bath was also carried out by the pressure
caused by the difference between the bottom of the bath and the bottom of the water reservoir on the roof. At the
floor of the tank, there were a number of routes each of which provided required water for a few pools in the
bath. Each route was blinded by a sphere-shaped cap. Toontap, person in charge of firing the kilns, who was
aware of the direction of these routes, took the caps off, when necessary, to fill up the relevant pool (Tabasi,
1386: 156).After Isfahan was selected as the capital of Safavid, a number of baths were built in the city which
were larger compared to the ones constructed in the previous era, introducing anew style to the architecture of
3. Bathroom Physical Features…
www.ijesi.org 53 | Page
these buildings. In the new style, movement is always in the main large spaces in the middle of the Sarbināor
hot-house and stillness is in the lateral small spaces, like arcades and platforms (Fakhar-e-Tehrani, 1384: 20).
III. The effective factors in providing good conditions for bathing
The main function of bathhouses can be put forward in bathing, and in order to accommodate a good condition
for bathing, having four factors are necessary:
Headings of Main and sub-sections should be numbered. The headings of main sections should be written in
capital letter. For the headings of sub-section, only the first letter of word should be written in capital letter as
showed in the examples (all the headings should be in bold). Lines of space between sections should be as in the
examples.
3.1. Temperature
Providing the temperature in the bathhouse was not possible directly. It was due to the reason that in the past the
artificial heat was generally created by burning organic materials, the smoke and Carbon dioxide would prevent
respiration and other human activities inside the enclosed area of the bathhouse. Therefore, the required
temperature was obtained outside of the bathhouse and by burning the organic materials in the fireplace under
the caldron of Khazine, and it would heat the water of Khazine. The smoke and the heat of fire would also be
transferred under the ground of the bathhouse. The fireplace room (Patoon) had a way to the public path that
was the way by which fuel would enter the bathhouse. The heat and smoke of the fireplace go to through
underground tunnels (Gorbero) that are narrow paths. These Gorberos would cross under the floor of bathhouses
and bring the heat to the atmosphere of the bathhouse. The Gorberos were covered with marbles and other
similar stones. These stones would both provide the heat transfer and were durable and easy to be cleaned
(Ghobadian, 2006).
3.2. Water and Moisture
The required water was obtained from the creeks, aqueducts, and wells. In the proximity of those bathhouses
that were supplied by the well water, a well would be created and some men or bullocks would take out the
water. The water would then enter a pool and by some ceramic pipes called “Tanbooshe” would enter the
bathhouse Khazineh. In the proximity of Garmkhane in some of the bigger and better bathhouses there was a
pool called “Chaharhoze”. Their water was not usually warm and they were used for swimming in the summer,
however some of these Chaharhozes had Tian that was used to heat the water. Except for theChaharhozes, there
were also other small pools that people wash themselves up beside them. There was usually a big pool at the
center of the changing room that in addition to beauty would help to moisturize the atmosphere. The paths to the
main spaces of bathhouse were indirect and restricted; therefore the excessive moisture of the humid areas
would not be entered to the semi-humid sections. The body of the clients, when entering the bathhouse, would
gradually feel the water or the temperature and at the time of leaving, too, the temperature and moisture would
be reduced gradually (Ghobadian, 2006).
3.3. Light
Since a major part of the lateral surfaces of most bathrooms are located under the ground therefore the sunlight
would go into the bathhouse through the skylights and the windows under the vault. To this end, convex glasses
called “Goljam” were installed at the top of the dome, and its surrounding was sealed with Sarooj or Mumine
mortar. In cases of lacking adequate light, handheld lights would be used (Ghobadian, 2006).
3.4. Ventilation
Accommodating a good condition for bathing, in addition to controlling the temperature, moisture and light,
requires a regulation of ventilation system. Bathing of many people at the same time as well as the moisture and
heaviness of the bathhouse air and utilization of lights that create smoke and carbon dioxide and the restricted
area of the bathhouses requires controlled ventilation; otherwise it may lead to Asthma or even suffocation. To
this end, the windows under the vault would be opened to avoid any respiratory problems (Ghobadian, 2006).
IV. Analyzing bathhouse from Qajar era
4-1- four season bath (Arak)
One of the famous Iranian historic bathrooms that have been converted into the Museum of Anthropology is
Four Seasons Bathroom in Arak that is the largest bathroom in Iran. This bathroom was built in the late Qajar
(Ahmad Shah) by Haji Muhammad Ibrahim khansari. Variety proficient tiles can be referred as the used
decorations in the building that displays the design of human, animal, and plant. Drawings and paintings of the
four seasons of the year in the four corners of the bathroom is the reason for its name. The bathroom is the only
bathroom in where, a separate part is devoted to religious minorities. Four Seasons Bathroom is recorded in the
National Heritage List.
4. Bathroom Physical Features…
www.ijesi.org 54 | Page
Golkhan with firewood and plants "framework" was burned and hot and cold dishes according to the
law related by clay was all over the bathroom. The large water storage tanks, Golkhan and fuel depots in the
middle of the building makes it easily possible to have all bath seven-color mosaic tiles and tile Maqly of the
most used in the bathroom. These plans have been implemented very artistically tiled and has a beautiful plan
for human, animal and plant various Han. Topics and projects used in the bathroom tiles includes a variety of
flowers and plants, ivy and grape trees, pine and spruce, with views of rivers, springs, wild plants and birds on
branches, fought a lion with a dragon head , milk and cattle as well as the plans of the military campaign
coverage period of time. More colors used in the tiles yellow, blue, turquoise, white, green, gray, red and
orange.
Figure 1: four season bath in Arak city
4-2- Galehdari bathroom (Bandarabbas city)
The same is the only historical bath in Bandar Abbas, and there is a strong possibility that this be related to the
Safavid period. This bath is located in the Eivazi vicinity of the city. During the Qajar era, this bath was
endowed to the Galehdari Mosque by Haj Sheikh Ahmad Galehdari. The structure is rectangular in shape and
has small and large domes.
The bathrooms in the city of Bandar Abbas in the Persian Gulf Boulevard on the beach on a bed of clay that the
permeability of the due ghosts of seawater is enormous bathroom herding is the weather warm, moist coastal
that the maximum temperature of 5 °Construction materials forming areas of the building stone and mortar
sponge local and mortar ax is lined inside.Channels to transfer warm waterish embedded spaces, all the details
can be seen in the image below. Architecture baths can be found in the central desert, are divided acts as the
channel of warm house, sees, meanders may also be seen as a warm bath in the area.
5. Bathroom Physical Features…
www.ijesi.org 55 | Page
Figure 2: Galehdari bathroom (Bandarabbas city)
4.3. Khani bathroom (Shiraz city)
Khani bathroom Qajar period in Shiraz, martyr St. Dstghyb, Moshir Mosque located next to this effect on
August 8 1381 with registration number 6028 was registered as one of the national monuments. The bathroom
includes an inlet In the east, changing room or locker, and your oven (Fire House) is. The changing room was
built in the shape of four predominantly the pair facing each other. 4 platform height of 47 cm predominantly in
the changing room. The roof over the head weakly embedded into the changing room lighting is provided. A
water feature in the center changing room is small with dimensions of 127 × 90. Western corner of a room in the
changing room into the bathroom, and in recent years there 6 showers separately made. A narrow corridor in the
southeast corner of the changing room and hallway corridor between the oven and the changing room. It has a
slim 67 inches wide. Incubated with 4-sided stone columns 8 to Bashd.kmy above the 4 columns square to circle
earrings that convert and transfer duty on the roof is not responsible attention. Like the changing room, the oven
also has over it. A small area in the northern corner of the changing room, which in the past has been used as a
tea.
In the building, including stone, brick and plaster and mud is. Now the building is used for bathing and cleaning.
A prominent feature of the building located at the basement of the ISI. The bathrooms are old seen not only on
new tiles installed on the platforms and walls of flowers, is closed portrait Imam Ali (AS), the words of Allah,
Muhammad, Ali, Fatima, Hasan, Hussein, I Alnzaf neophyte .
Figure 3: Khani bathroom (Shiraz city)
4.4. Kornasian bath (Dezful city)
Dezful, a city in the north of Khuzestan, is one of the few cities in Iran which still have preserved its old
historical context and cultural identity in central part of the city. The old texture_ over 200 acres_ is on the edge
of the river consists of 28 districts with some archways called "Sabat" to connect the districts.
6. Bathroom Physical Features…
www.ijesi.org 56 | Page
Most buildings in the old textures are made of bricks and have been ornamented by elegant bricklaying. That is
why Dezful is known as "Iran's brick museum".
In the old textures' archways, eye-catching bricklayers could be seen that are called "Khoon chinii". Within the
city's historical brick texture, over 113 national monuments have been registered including old mosques, baths,
houses and historical archways.
Dezful Kornasian Bath Historic Bath (Museum of Ethnology) the number of rows national record in 8477, and
one of the buildings of qajar Branch is located in the center of the neighborhood Kornasian. It has an area of
approximately 880 meters and both men and women related as well. The exclusive features of this building
which is of great importance and position in the valuable collection of buildings includes big old houses,
mosques and tombs of great poets and mystics of Dezful in the name of Sayed Abdullah Dai. this building 82
years started and during this period the restoration of parts of the entrance corridor, men's changing room, oven
and fireplace (delete extensions, coverage roofs, reconstruction of some or adulterate brick walls and instead of
old materials, interior spaces and roof, wiring, construction and installation Wooden internal and external
spaces, etc.) and 50 percent of other parts, including bathing spaces for women and communication and
Meanders finished .so return to the stage to deliver projects, roads blocked and these spaces with other parts of
the final stages Repair work is being carried out in these areas.
Figure 4: Kornasian bath (Dezful city)
4.5. Haj Mir Mohammad bathroom (Qazvin city)
Haj Mohammad Rahim Qazvin bathrooms located St. Montazeri. This is to the number registered in the national
indexing 1119, the only surviving in rooms from the Qajar period. Judge Mohammad Rahim Qajar bath tissue in
the neighborhood of the moat once was and the name of and census of1299AD, in the reign of Prince Mali votes
in Qazvin has been Twin room area Haj Mohammad Rahim, who, according to the text of its inscription in the
name of peace was also known, is now about 1,000 square meters and consists of two rooms: one smaller and
one larger. Cather's a small bathroom, and the bathroom is larger for men (plan) bathroom's closed, but continue
to use the bathroom's Hmammrdanh runs. Both bathrooms have baths and traditional sectors of Iran's main
entrance, see, between the warm house, treasury and secondary sectors, including tone, cache home. Hey both
Haj Mohammad Rahim bathrooms decorative painting on limestone, including designs of plant, animal and
human, respectively. According to local elders, painter stories were detailed. Both bathrooms have a common
tone of the roof of the bathroom can be found that way. Tone the south side of the building and the treasury of
both the bathroom is located, the treasury that both warms the water. In addition whole basin, bath water is
water stocks for Save Hey Knob when the bath water has been filled with water reservoirs one of the women's
bathroom is located adjacent to the vestibule. Water use fields for has long been used in Qazvin and Hamd Allah
mentions the Exchequer in the eighth century .
7. Bathroom Physical Features…
www.ijesi.org 57 | Page
Haj Mir Mohammad bathroom (Qazvin city)figure 5:
4.6. Fin Bathroom (Kashan city)
Fin bathroom is another "bath museum" that is located in Fin garden and it is the shambles of Amir Kabir. This
bathroom consists of two large and small bathrooms. Construction of small bathroom is related to the Safavid
era and it has been created with the original building of the garden. By building a large bath in the time of Fath
Ali Shah, the large bath was allocated to state dignitaries and VIPs of community and it was known as the Royal
Bathroom. In contrast, small bathroom was recognized as crew bathroom and was used by the general
population.
The remarkable thing is that both bathrooms were complete with all the traditional features and architectural
landmarks. Fin Bath in 1314 was registered as national monuments; it has also been registered in the UNESCO
World Heritage List in 2011.
Figure 6: Fin Bathroom (Kashan city)
8. Bathroom Physical Features…
www.ijesi.org 58 | Page
4.7.Khor bathroom (Larestan city)
It's located in hot and dry climate of southeastern province LARESTAN. Bath has appropriate parts of the
break (see) and floor (oven) and health services and the treasury organization. Ceiling and floor of the dome.
Break Qsmhay used in bathrooms are plastered stone and mortar Bashd.az in foreign plated dome is used, the
inner walls of concrete-lined bathroom with bath. Floor and cloakroom separated by a corridor the bathroom
entrance archway into. Creek estuary in the village in the list of endowment and endowment management Lar
claim ownership of it. The building with number plate 2827 notary office in the city of Lar in a series of works
dedicated to the historical record is not yet worthy.
Khor bathroom (Larestan city)figure 7:
4.8. Kushk-e Qazi (FASA city)
Kushk-e Qazi (Persian: , also Romanized as Kūshk-e Qāẕī, Kūshk-e Qāzī, and Kūshk-i-Qāzi; also known as
Kushk Qāzī and Kūsk-e Qāzī) is a village in Kushk-e Qazi Rural District, in the Central District of Fasa County,
Fars Province, Iran. At the 2006 census, its population was 4,053, in 1,073 families.
Fasa in location 3953 in length and 2857 in width, located on a fertile land for agriculture with rainfall of about
220 mm and moisture content of up to 85 and at least 18%, and agricultural products include barley, maize,
cotton and citrus orchards and palm is.
Entrance on the east side into the bathroom and after coming down from the 9 steps into the changing room
(dressing room) bathroom interiors we include changing room to change clothes oven includes an oven space
include a large space in the middle and three space domed skylight dome with the smaller parties oven with
mosaic floor tile plinth and roof of the oven by using white cement to cover has also lined bathroom roof is
thatch.
The bathroom, like most of the old baths, including entrance, corridor changing room (dressing room, anteroom,
pool halls with stove, oven and other architectural space is. Use Chevron and double arches on the entrance wall
of the oven the changing room wall oven and run the most important decoration is used in the bathroom .
9. Bathroom Physical Features…
www.ijesi.org 59 | Page
Figure 8: Kushk-e Qazi (FASA city)
4.9. Haj Shahbaz Khan Bathroom (Kermanshah)
The bathroom is for Qajar era and it is located in Modarres Street in the old space of the city. Haj Shahbaz Khan
Bathroom was built in 1232 AH by Haj Shahbaz Khan, son of Manouchehr Khan Biglarbeygi, one of the
political figures at that time. The bathroom has benefited from all the architecture elements of traditional
bathroom. Domes in the bathroom have lime Mogharnas. Murals are another eye-catching decoration of the
bathroom. Haj Shahbaz Khan Bathroom is registered in the National Heritage List with No. 20495 in 2008.
Figure 9: Haj Shahbaz Khan Bathroom (Kermanshah)
4.10. Navab bathroom (Teharan city)
Navab bath Among the Qajar period and in the streets of Tehran, 15 May Damghani Big East streets (former
Navab Bazaar).In the first maps from Tehran over bath Navab listed .Built by Sultan women named Sarah and
Sara Khatun girls were named Navab made .Navab bath to prevent heat loss and the possibility of using water
field sand springs for bathing built below ground level.Materials used in the construction, including brick, lime,
mortar, stone and tile. In the building after the restoration, the cement used to secure. Navab bath of parts such
as the vestibule, changing room, clean the oven, bathroom, treasury, is evident in the architecture of the building
and operation Iranian national was registered.
10. Bathroom Physical Features…
www.ijesi.org 60 | Page
Figure 10: Navab bathroom (Teharan city)
V. Conclusion
A public bath was an important part of the complex of buildings in large cities in Iran. Public baths
were divided into four main parts: an entrance, a cloakroom, a main door (middle corridor) and a hot chamber
(garm khaneh) where washing took place. Cloakrooms were usually octagonal, occasionally square. A
handsome, usually octagonal pool surrounded by a foot washing channel (pa shuyeh) stood at the center of the
cloakroom. The complex (Ganjali Khan) is situated in the middle of the city of Kerman and next to the Bazaar
of Kerman in south Iran; it occupies an area of 11000 m2 and includes a palace, a mosque, a bathhouse (now
converted to a museum of anthropology), a caravanserai, and a small bazaar. The layout, the space, and the
architecture of the Ganjali Khan bath was such as to satisfy the most exacting of tastes. The placement of the
baths alongside other public buildings within the texture of the city, the supply and storage of water and the
removal of sewage, the maintenance of the right level of the temperature and humidity, the size elaboration or
simplicity of the edifice were important issues in the design and execution of this building. The bathhouse is a
unique building because of its ornamentation in the style of two historical periods, the Safavid (17th Century)
and the Ghajar (19th) and because of its tiles, painting, plaster work, the decoration in the cladding of the
ceiling and the interior of the dome, and the arrangement of glazed skylight named goljam. This bathhouse is 46
meters long and 30 meters wide. It contains an entrance portal (Sar Dar), a corridor, a closet, a place between
the hot area and others, a source pool, private bathhouses, and a furnace. In the closet and lobby area, there are
some symmetrical arches and columns, and the light comes from a few openings in the roof so the rays rush
inside and reflect on the water.
One particularly attractive area of the warm-room consists of a pool of cold water, covered by a tent-shaped
glass roof supported by eight pillars. These stone pillars, each carved from a single piece of stone, show a
herringbones patterned ceilings with a mild slope placed upon them.
References
[1] Ghobadian, V., 2006. Climatic Analysis Of The traditional Iranian Buildings, Tehran University Publications, Iran.
[2] Abd-al-Sattar Osman, Mohammad, (1997), “Islamic city”, Ali Cheraghi, Amirkabir, Tehran.
[3] Kasmaei, M., 2006. Climate and Architecture, Khak Publications, Isfahan, Iran.
[4] Rashid Najafi, A., 2009. Historical Baths of Tabriz, Fan Azar Publications, Tabriz, Iran.
[5] Pirnia, Mohammad karim, (1999), "An Introduction to Islamic Architecture of Iran". Compiled by Gholam-Hosssein Me’marian,
Elm-o-San’at, Tehran.
[6] Tabasi, Mohsen, (2007), "An Introduction and Analysis of the factors affecting the framework and Functional Changes in the
Architecture of Iranian Baths during Safavid Period". Unpublished PhD Dissertation, Tarbiat Modares University, Faculty of Art.
[7] Fakhar-e-Tehrani, Farhad, (2000), “Baths from the View of Time", Soffeh Journal, Shahid Beheshthi University, V. 10, N. 30,
spring and summer. Pp. 94-105.
[8] Ahmadi, Mehdi & Mo’taghed, Sepehr, (2005), "Using the heat energy of smokes (a preface to the possibility of modern use of
heating pattern of Iranian traditional baths)". Collection of Articles on the Conference of Bath in Iranian Culture. Pp.255-261.
[9] Moḥammad b. Maḥmūd b. ʿOmar Čaḡmīnī, Qānūṇča, ed. M.-T. Mīr, Shiraz, 1350 Š. /1971.
[10] M. Bazin, La vie rurale dans la région de Qom, Paris, n.d. M. Boyce, Zoroastrians, London, 1979.