تأليفاتفصلنامه علمی-پژوهشی نقش جهانمجلاتمقالات
فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
فهرست مقالات در فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
Study about Water Sensitive Urban Design Mechanisms; with an Emphasis on Technologies for the Sustainable Management of Stormwater | Seyed Ali Safavi، Morteza Lotfipour Siahkalroudi
Thermal Performance of Earth-Sheltered Residential Buildings: a Case Study of Yazd | Nazanin Nasrollahi، Fatemeh Akrami Abarghuie
Thermal Performance Evaluation of Low-E Coated Building Glazing Systems | Behrouz Mohammad Karia، Shahin Heidari، Mahdieh Abravesh
Parameterization of Geometric Patterns of Islamic-Iranian Space Structure Domes; Case Study: Shabdari Arc | Yaser Shahbazi، Ehsan Masoudi، Mohsen Vafa-Mehr
Investigating the Effect of Changing the Transmitted Light’s Color on Thermal and Visual Comfort | Mohammad Haghshenas، MohammadReza Bemanian، Zahra Ghiabaklou
Challenges of Using Building Regulations in Architecture from the Perspective of Design Research | Asghar Mohammad-Moradia، Mohammad Ali Khan-Mohammadi، Mojtaba Pour-Ahmadi
Challenges to Design GREEN High-Rise Building in Iran Assessing and analyzing usage of green building technology (case study: Residential Green Towers, Iran) | Hamed Kamelnia
چکیده مقاله ۱ فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
Unsustainable growth of cities and creation a set of contiguous impervious surfaces have result on disorder of natural cycle of water in urban environments. This situation causes flooding and problems due it, pollution of groundwater resources and degrade the quality of the urban landscape by increase the speed, volume and frequency period of runoffs. conventional methods about the stormwater management have failed to demonstrate their effectiveness in this field. Thus, in recent years a new topic are created in the field of urban design that known as “water sensitive urban design”.
چکیده مقاله ۲ فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
Thermal Performance of Earth-Sheltered Residential Buildings: a Case Study of Yazd | Nazanin Nasrollahi، Fatemeh Akrami Abarghuie
Soil is among the cheapest and most available materials found in the human living environment. Seeking refuge in the heart of earth and benefitting from soil’s thermal property, based on experience, is a strategy employed in the past across some regions. Also the passive systems are amongst the cheapest methods of providing heating and cooling demands of the buildings. These systems experience the lowest impact of environmental degradation while increasing the energy efficiency of the building through decreasing heat gain and loss.
چکیده مقاله ۳ فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
Thermal Performance Evaluation of Low-E Coated Building Glazing Systems | Behrouz Mohammad Karia، Shahin Heidari، Mahdieh Abravesh
Considering the determinant role of energy efficiency opportunities in the building sector, proposing guidelines and technical solutions in order to improve the thermal performance of glazing systems is in priority in Iran and other countries. In glazing systems, a substantial amount of radiative heat transfer results from absorption and emission. Applying low-E (low emissivity) coatings on the glazing system is a solution for reducing the radiative heat transfer by radiation in glazing systems, without a noticeable decrease of visible light transmittance.
چکیده مقاله ۴ فصلنامه علمی-پژوهشی نقش جهان شماره ۱۶
Parameterization of Geometric Patterns of Islamic-Iranian Space Structure Domes; Case Study: Shabdari Arc | Yaser Shahbazi، Ehsan Masoudi، Mohsen Vafa-Mehr
In this paper, parametric modeling of five types of common used motifs in Islamic-Iranian architecture including Hashte-Chahar-Lengeh, Hashte-Panj, Hashte-Bazoubandi, Chahar-Lengeh-AlmasTarash and Table Khofte Rasteh are carried out. These motifs are selected because of low condensate of members and the ability to construct them appropriately as load barring rod elements in the dome space structure of slow Shabdari arch. Hence, motifs are projected on the geometry of slow Shabdari arch to create a dome space structure.
Thermal comfort is one of the key factors for achieving energy saving in the buildings. In the survey of thermal comfort, psychological aspects are as important as the physical parameters such as temperature
and relative humidity.
and relative humidity.
The use of building regulations in architectural design has been a controversial issue for a long time. From the view point of critics, building regulations inhibit innovation, promote conservative design and are incapable of insuring design quality. From the defenders point of view, some professional mentalities of architects regarding building regulations are problematical and must be changed.
In recent years, the debate over tall buildings and their impact on the environment has been raised greatly. On the one hand, the need to build tall buildings for various reasons such as: economical, functional, and environmental and on the other hand, High consumption of resources because of tall buildings is a challenge. In recent years, there has been six main approach in the design of high-rise buildings†: High-tech, Monolithic, Kinetic, Scenography, Media tic and Ecological.
