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An Investigation On Effect Of Aggregate Distribution On Physical And Mechanical Properties Of Recycled Aggregate Concrete (Rac), Hasan Dilbas Apr 2025

An Investigation On Effect Of Aggregate Distribution On Physical And Mechanical Properties Of Recycled Aggregate Concrete (Rac), Hasan Dilbas

Journal of Sustainable Construction Materials and Technologies

The aim of the study is to optimize the aggregate gradation curve (AGC) for recycled aggregate concrete (RAC). Accordingly, TS 802 aggregate gradation curves such as A16, B16 and C16 and, also two proposed AGCs such as G1 and G2 are examined in the experiments. Hence, in total, 10 mixes are designed in consideration of A16, B16, C16, G1 and G2. The physical (density and water absorption) and the mechanical (compressive strength) properties are determined conducting the standard tests at the age of 28th days after a standard 22±2oC water curing. Also, a criterion weighting method such as Entropy Method …

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Influence Of Rice Husk Ash Substitution On Some Physical, Mechanical And Durability Properties Of The Metakaolin-Based Geopolymer Mortar, Aigul Kabirova, Mücteba Uysal Apr 2025

Influence Of Rice Husk Ash Substitution On Some Physical, Mechanical And Durability Properties Of The Metakaolin-Based Geopolymer Mortar, Aigul Kabirova, Mücteba Uysal

Journal of Sustainable Construction Materials and Technologies

In this study, it is aimed to investigate the influence of rice husk ash, which is a waste by-product of industrial production, on ultrasonic pulse velocity, compressive strength, flexural strength and high temperature endurance of the metakaolin-based geopolymer mortar. For this, the sand was substituted by rice husk ash (RHA) at the rate of 25%, 50% and 75% by wt. in the production of geopolymer mortar. A total of 4 series of metakaolin-based geopolymer mortars (reference series and three series with RHA substitution) were produced. In this study, the geopolymer, in other words, the binder of the mortar was produced …

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Implementation Of Shear Wave Velocity And Standard Penetration Test Correlation For Edirne District, Turkey, Kaveh Dehghanian, Emrah Çaltılı, Beste Koçak, Hakan Murat Soysal Apr 2025

Implementation Of Shear Wave Velocity And Standard Penetration Test Correlation For Edirne District, Turkey, Kaveh Dehghanian, Emrah Çaltılı, Beste Koçak, Hakan Murat Soysal

Journal of Sustainable Construction Materials and Technologies

It is critical to determine the shear wave velocity (Vs) for earthquake resistant construction design and ground improvement methods. Vs is used in geotechnical earthquake engineering and microzonation studies to calculate the stresses and strong motion characteristics that an earthquake will generate in the soil layers. Characterization of soil and rock small-strain shear modulus and shear wave velocity is an essential component of different seismic analyses such as ground classification, hazard analysis, site-response analysis, and soil-structure interaction. Due to the high expense of seismic testing in comparison to other field tests, these tests are often favored in more significant projects. …

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Effect Of Nanosilica Addition On The Mechanical Properties Of Cement Mortars With Basalt Fibers With Or Without Silica Fume, Ahmet Onur Pehlivan Apr 2025

Effect Of Nanosilica Addition On The Mechanical Properties Of Cement Mortars With Basalt Fibers With Or Without Silica Fume, Ahmet Onur Pehlivan

Journal of Sustainable Construction Materials and Technologies

Fiber reinforced concrete is widely used throughout the world however to reveal its full potential, optimization with different additives should be asserted. In this study, effect of the three different parameters were diagnosed by means of compressive strength, flexural strength and fracture. Ordinary Portland cement mortars were studied with three different basalt fiber contents (0, 0.5, 1%), three different nanosilica addition (0, 1, 2% by wt. of cement) and also silica fume incorporation (0, 5% by wt. of cement). The results showed that adding basalt fiber significantly improved the flexural strength and toughness properties and also with the addition of …

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Evaluation Of A Modern Architectural Building In Terms Of Sustainability: A Case Study Of Çorlu Municipality Building, Ayşe Kopuz, Ahmet Bal, Özlem Güney Apr 2025

Evaluation Of A Modern Architectural Building In Terms Of Sustainability: A Case Study Of Çorlu Municipality Building, Ayşe Kopuz, Ahmet Bal, Özlem Güney

Journal of Sustainable Construction Materials and Technologies

Corlu municipality building was built in 1984, by famous architects Maruf Önal and Hakkı Önel through modern architecture signs in Turkey. It was designed with a modest and rational approach, with meticulous construction, although it is a public building in line with a modern style. In terms of location, the municipality building was built in front of today's Cumhuriyet square, between the Kumyol Street and Omurtak Street, in the period when Salih Omurtak Street was just opened, during the years when the construction in Çorlu was not concentrated yet. In the project area, it was decided to demolish the Sücaettin …

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Sustainability In The Civil Engineering And Construction Industry: A Review, Michael Toryila Tiza Apr 2025

Sustainability In The Civil Engineering And Construction Industry: A Review, Michael Toryila Tiza

Journal of Sustainable Construction Materials and Technologies

The negative consequences of construction may be minimized by using environmentally friendly construction techniques. The procurement and use of building materials and the chopping down of trees are only some of the various processes involved in construction. There are many ways construction works impact the environment. However, the bulk of traditional building methods has the most significant harmful impact on the ecosystem. For future generations, sustainable building techniques and practices must take priority over conventional ones. This study examines; the idea and substance of sustainable development, sustainable development's triple bottom line, the significance of triple bottom line to the construction …

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Properties Of Glass-Ceramics Foam Based On Granite Dust-Clay-Maize Cob Composite As A Sustainable Building Material, Peter Oluwagbenga Odewole Apr 2025

Properties Of Glass-Ceramics Foam Based On Granite Dust-Clay-Maize Cob Composite As A Sustainable Building Material, Peter Oluwagbenga Odewole

Journal of Sustainable Construction Materials and Technologies

In this study, samples of glass-ceramics foam were obtained from granite dust-clay-maize cob composite and chemical additives at low temperature. Effects of the addition of maize cob as the pore-forming agent as well as the chemical additives on the performance properties of the samples of the glass-ceramics foam were investigated. The result of the prepared glass-ceramics foam showed water absorption, apparent porosity, bulk density, compressive strength and thermal conductivity of 25.6-46.7%, 43.5-75%, 1.45-1.9g/cm3, 0.7-9.7MPa and 0.11-0.53W/m.K. respectively. The mechanical and thermo-physical properties as well as microstructural properties of the glass-ceramics foam synthesized in this study provide a feasible indicator that …

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Calculation Of Energy Consumption And Emissions Of Buildings In Capitals Of European With The Degree-Day Method, Okan Kon, İsmail Caner Apr 2025

Calculation Of Energy Consumption And Emissions Of Buildings In Capitals Of European With The Degree-Day Method, Okan Kon, İsmail Caner

Journal of Sustainable Construction Materials and Technologies

In this study, firstly, for the building envelope properties of a reference building from TS 825 insulation standard, for 20 capitals selected from Europe, the minimum insulation thicknesses are calculated with different heat transmission coefficients depending on the requirements and/or recommendations thermal transmittance values in the building envelope such as building walls, roofs, floors. Then, CO2 and SO2 emissions, which will be produced by the consumption of coal, natural gas, and fuel-oil fuels, depending on the heating degree-day values and the thermal transmittance values of the building envelope, are investigated for the 20 selected capitals. In the cooling period, depending …

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Assessing The Potentials Of Low Impact Materials For Low Energy Housing Provision In Nigeria, Oluwafemi Akande, Shadrach Akoh, Minna Nigeria, Basil Francıs, Solomon Odekına, Emmanuel Eyıgege, Mubarak Abdulsalam Apr 2025

Assessing The Potentials Of Low Impact Materials For Low Energy Housing Provision In Nigeria, Oluwafemi Akande, Shadrach Akoh, Minna Nigeria, Basil Francıs, Solomon Odekına, Emmanuel Eyıgege, Mubarak Abdulsalam

Journal of Sustainable Construction Materials and Technologies

Due to high energy consumption by building and a resultant increasing cost, it is imperative that a solution be sought after with the aim of achieving low energy housing delivery. This study aimed at assessing the availability, knowledge and importance of low impact building materials in the delivery of low energy housing. Low impact materials suitable for low energy housing delivery and how they are locally obtained in the study areas were identified, occupants’ preference in the selection of low impact construction material for housing delivery were examined and the application of low impact material for low energy housing delivery …

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Study Of Thermal And Mechanical Properties Of Typha Leaf - Clay Panels, Younouss Dıeye, Pape M. Toure, Seckou Bodıan, Prince M. Gueye, Mactar Faye, Vincent Sambou Apr 2025

Study Of Thermal And Mechanical Properties Of Typha Leaf - Clay Panels, Younouss Dıeye, Pape M. Toure, Seckou Bodıan, Prince M. Gueye, Mactar Faye, Vincent Sambou

Journal of Sustainable Construction Materials and Technologies

This study contributes to the valorization of typha as local materials of building for thermal insulation. We will examine the influence of the binder content and granulometry on the mechanical and thermal properties of typha - clay panels. The plant of typha is used in different granulometries such as powdered typha and defibrated typha. The results showed that compressive strength, thermal conductivity and effusivity depend on the particle size of the typha and also the binder. The panels of defibrated typha have a better thermal insulation performance (0.085 W.m-1.K-1 for 66.66 %), which is comparable with many of natural insulating …

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Plaster Of Paris Containing Zero Valent Iron Particles: Designing A Permeable Reactive Barrier, Used For Remediation Of 4-Nitroaniline Pollution, Saliha Boudıa, Farida Fernane, Patrick Sharrock, Marina Fiallo Apr 2025

Plaster Of Paris Containing Zero Valent Iron Particles: Designing A Permeable Reactive Barrier, Used For Remediation Of 4-Nitroaniline Pollution, Saliha Boudıa, Farida Fernane, Patrick Sharrock, Marina Fiallo

Journal of Sustainable Construction Materials and Technologies

Permeable reactive barrier (PRB) containing zero valent iron (ZVI), plaster and additives to make a porous composite structure, was tested to remove an organic nitro compound as model pollutant. An aqueous solution of 4-nitroaniline (PNA) was passed through a porous plaster column and chemical degradation quantified by UV-Vis spectroscopy. PNA was reduced to p-phenylenediamine and the rate of the reduction was strongly related to ZVI amount, pollutant volume, and the contact rate with the metal particles. The PBR could be controlled by design and operation. Test columns were made to evaluate the materials for making precast plaster blocks containing ZVI. …

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Application Of Finite Element Method On Recycled Aggregate Concrete And Reinforced Recycled Aggregate Concrete: A Review, Hasan Dilbas Apr 2025

Application Of Finite Element Method On Recycled Aggregate Concrete And Reinforced Recycled Aggregate Concrete: A Review, Hasan Dilbas

Journal of Sustainable Construction Materials and Technologies

In recent years, concrete has become a widely used material for general purposes in the structural area due to its excellent performance and properties. Hence, an increasing number of concrete structures are built, and a huge amount of building stock has been occurred around the world. However, because of the many progress (i.e., natural disasters), some of the concrete structures are demolished and their status is changed into rubble, and hence this becomes an environmental problem threatening the nature. To struggle with the rubbles, – a brilliant idea – recycling concrete is appeared and to disposal the rubbles in concrete …

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Evaluation Of Concrete Pavers Affected By Manavgat Wildfires, Mustafa Altuğ Peker Apr 2025

Evaluation Of Concrete Pavers Affected By Manavgat Wildfires, Mustafa Altuğ Peker

Journal of Sustainable Construction Materials and Technologies

In recent years, wildfires have devastated many regions in many countries, especially in Turkey. In addition to the loss of human lives, villages and business facilities have been destroyed, livestock and domestic animals have perished, and forests and natural assets have burned. The wildfires have affected tourism and agriculture, which account for a large part of economic activity and employment in many of the affected areas. There was also significant destruction of local infrastructure, including roads, power, telecommunications, and community facilities. Some of the paving stones on the roads affected by the Manavgat wildfires were also burnt. The replacement of …

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The Carbon Footprint Of Construction Industry: A Review Of Direct And Indirect Emission, Yahaya Hassan Labaran, Vivek Shankar Mathur, Mahmoud Murtala Farouq Apr 2025

The Carbon Footprint Of Construction Industry: A Review Of Direct And Indirect Emission, Yahaya Hassan Labaran, Vivek Shankar Mathur, Mahmoud Murtala Farouq

Journal of Sustainable Construction Materials and Technologies

The construction industry is considered to be among the major sectors that contribute significantly toward the emission of GHGs in our environment, which have a major effect on the climate change, and is approximately responsible for about 19 percent of the overall GHG emission globally, rendering it a pollution hotspot requiring urgent mitigation measures. Unfortunately, there are few studies on this subject to help construction companies meet their low-carbon targets. As a result, this paper reviewed the contributions of researchers across the globe towards carbon dioxide and other GHGs emissions from the industry. After a systematic review of some of …

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Physico-Chemical Characterization Of Clay Raw Materials From The Thicky Quarry (Senegal) For The Manufacture Of Earth Bricks, Seckou Bodıan, Mactar Faye, Ndeye A. Sene, Vincent Sambou, Younouss Dieye Apr 2025

Physico-Chemical Characterization Of Clay Raw Materials From The Thicky Quarry (Senegal) For The Manufacture Of Earth Bricks, Seckou Bodıan, Mactar Faye, Ndeye A. Sene, Vincent Sambou, Younouss Dieye

Journal of Sustainable Construction Materials and Technologies

This study focuses on the physico-chemical characterization of the clayey raw materials of the Thicky quarry. We made a geotechnical, mineralogical, chemical and microscopic study of the laterite and the Thicky clay. Mineralogical analysis by X-ray diffraction (XRD) reveals that our clay consists mainly of quartz (Q), kaolinite (K), illite (I) and calcite (C) while laterite consists of quartz (Q), kaolinite (K), hematite (H) and calcite (C). The results of the chemical composition show the presence of SiO2, Al2O3 and Fe2O3 in large quantities and also K2O, CaO, MgO, Na2O, TiO2 and P2O5 in small quantities in our materials. Infrared …

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Investigation Of İstanbul Kartal Example Within The Scope Of Urban Transformation, Yusuf Öz, Mehmet Fatih Altan Apr 2025

Investigation Of İstanbul Kartal Example Within The Scope Of Urban Transformation, Yusuf Öz, Mehmet Fatih Altan

Journal of Sustainable Construction Materials and Technologies

Due to the increasing migration from rural to urban areas in the world from past to present for various reasons, cities need to be renewed and transformed in future times with the irregular construction occurring in the cities. In this direction, States develop and implement urban transformation policies with various methods. In the study, the logic of urban transformation is discussed with definitions and the progress of urban transformation in history is mentioned with which aims and methods are carried out. In addition, the data obtained in the incident that occurred with the collapse of a building in Kartal district …

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An Overview Of The Impact Of Using Glass Powder On Mechanical, Durability Properties In Self-Compacting Concrete, Beyza Fahriye Aygün Apr 2025

An Overview Of The Impact Of Using Glass Powder On Mechanical, Durability Properties In Self-Compacting Concrete, Beyza Fahriye Aygün

Journal of Sustainable Construction Materials and Technologies

Color, texture, and shape alternatives of glass, chemical similarity, and close reactions with cement have made its preferred in the construction industry. Studies reveal that the use of glass in concrete after grinding to micron size provides improvements in strength and durability parameters by increasing pozzolanic reactivity. Besides, research studies have also shown that glass powder not only contributes positively to strength and durability properties, but also reduces the amount of cement used, energy and cost losses. This paper presents current studies on waste glass powder, one of the by-products used in self-compacting concrete. Information was given about the physical …

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Effect Of Opening Layout And Sheathing On Lateral Load Bearing Capacity In Wooden Shear Walls, Erdem Kazım Demirkıran, Nabi Volkan Gür Apr 2025

Effect Of Opening Layout And Sheathing On Lateral Load Bearing Capacity In Wooden Shear Walls, Erdem Kazım Demirkıran, Nabi Volkan Gür

Journal of Sustainable Construction Materials and Technologies

Wood is preferred as building material in earthquake zones thanks to its light-weight. In countries with high seismic activity, wooden construction systems are required to be resistant to lateral and vertical loads. In traditional architecture, lateral load resistance is ensured with filled and unfilled walls which are strengthened with braces. In present day lateral load resistance is ensured with wooden shear walls formed by sheathings covered on the wall frame. Wooden shear walls may contain openings such as windows, doors and service channels. These types of openings reduce rigidity in wooden shear walls. The opening ratio, opening location, sheathing thickness …

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Geo-Polymerized Cementitious Material As A Stabilizer Of Waste Fly Ash To Produce Green Building Bricks, Tebogo Mashıfana Apr 2025

Geo-Polymerized Cementitious Material As A Stabilizer Of Waste Fly Ash To Produce Green Building Bricks, Tebogo Mashıfana

Journal of Sustainable Construction Materials and Technologies

Fly ash (FA) and granulated blast furnace slag (GBFS) are waste materials that are readily available. The purpose of this study was to develop a cementitious material (CM) through geopolymerization and utilize it with GBFS to stabilized FA to produce sustainable building material. The strength development of CM stabilized FA was studied over the curing periods of 3, 7, 14, 28, 56 and 90 days. The specimens were evaluated for elemental composition, mineralogy, micrography and unconfined compressive strength (UCS). Stabilization of FA with GBFS yielded the highest strength of 0.24 MPa. The CM improved the strength of the specimen significantly …

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Unprocessed Calcareous Fly Ash As A Partial Cement Replacement In Self-Compacting Concrete, Adnan Mujkanovıć, Dženana Bečırhodžıć, Ilhan Bušatlıć, Marina Jovanovıć Apr 2025

Unprocessed Calcareous Fly Ash As A Partial Cement Replacement In Self-Compacting Concrete, Adnan Mujkanovıć, Dženana Bečırhodžıć, Ilhan Bušatlıć, Marina Jovanovıć

Journal of Sustainable Construction Materials and Technologies

The effect of partial replacement of cement by unprocessed calcareous fly ash on fresh and hardened properties of self-compacting concrete was investigated. Concrete mixes containing 27.5%, 35%, 42.5%, 50%, 57.5% and 65% of fly ash based on the total weight of binder (cement + fly ash) were tested. All the mixes were designed to have the same volume proportions of paste, fine aggregate and coarse aggregate. Properties investigated were slump flow, J-ring, V-funnel, L-box and sieve segregation of fresh concrete mixes and compressive and flexural strength, dynamic modulus of elasticity, water absorption, volume of permeable voids and density of hardened …

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Characterization Of Crack Healing Of Asphalt Mixtures Treated With Healing Agents, Martin Munene Rıara Apr 2025

Characterization Of Crack Healing Of Asphalt Mixtures Treated With Healing Agents, Martin Munene Rıara

Journal of Sustainable Construction Materials and Technologies

This study investigated the long-term crack healing of asphalt mixtures treated with healing agents (HAs). Five crack healing agents were applied on fractured surfaces of asphalt mixtures and the long-term healing performance was evaluated based on the restored peak strength and fracture energy. Long term healing of the mixtures was predicted using the Modified Wool and O’Connor model, a modified Avrami model and a long-term healing prediction model proposed in this study. Test results indicated that the proposed healing model and the modified Avrami model could predict the long-term healing of the asphalt mixtures. Crack healing comprised of an instantaneous …

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An Investigation Of High Speed Transport Systems: Design And Geodynamics, Setenay Akça, Mehmet Fatih Altan Apr 2025

An Investigation Of High Speed Transport Systems: Design And Geodynamics, Setenay Akça, Mehmet Fatih Altan

Journal of Sustainable Construction Materials and Technologies

High speed rail systems are an important transportation system that is desired to be developed in almost every country around the world. These systems made train transportation more attractive than conventional railways. Train speed is the most effective parameter that differs from each other when compared to traditional railways. This difference requires special designs in order to keep the vibration that will occur during movement in high speed systems within the limits that will not harm the substrate and the environment. Vibrations caused by high train speed are transferred from the rails to the sleeper and to the ballast system …

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Pollution Free And Sustainable Copper Production Using Greenhouse Co2, Subir Paul, Ramesh Chandra Das, Tamal Das Apr 2025

Pollution Free And Sustainable Copper Production Using Greenhouse Co2, Subir Paul, Ramesh Chandra Das, Tamal Das

Journal of Sustainable Construction Materials and Technologies

The objectives of the present investigation to decrease the global pollution by utilizing the CO2 gas, in an effective way to produce the valuable metal copper, using low grade Cu ore which is termed as waste and not used for conventional Cu production. So the idea being waste and polluting waste are converted to useful products which will create employment, boost economy and reduce environment pollution. It is an innovative scheme for start-up. Carbonic acid produced by dissolving greenhouse gas CO2 was used for leaching low grade chalcopyrite ore under oxidizing condition. It is a single stage process with a …

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Investigation Of Mechanical And Permeability Properties Of Fiber Mortars, Veysel Akyüncü Apr 2025

Investigation Of Mechanical And Permeability Properties Of Fiber Mortars, Veysel Akyüncü

Journal of Sustainable Construction Materials and Technologies

Concrete is a brittle material which has a higher compressive strength compared to its tensile strength. Steel, glass or polymer fibers are usually added to concrete in order to improve the ductility under mechanical loads. One of the most important factors taken into consideration in producing a durable concrete is by imperviousness concrete. In this study, the mechanical and permeability properties of fiber reinforced mortars were investigated. For this purpose, in addition to the reference, 0.1%, 0.2% by volume, glass fiber reinforced and 1.15% and 2% impermeability admix incorporated series were prepared. The effective water/cement ratio of all produced mortar …

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Rubberized Mortar From Rubber Tire Waste With Controlled Particle Size, Diego David Pinzón Moreno, Sebastião Ribeiro, Clodoaldo Saron Apr 2025

Rubberized Mortar From Rubber Tire Waste With Controlled Particle Size, Diego David Pinzón Moreno, Sebastião Ribeiro, Clodoaldo Saron

Journal of Sustainable Construction Materials and Technologies

The generation of new materials such as rubberized mortar presents itself as an alternative to the decrease environmental problems generated due to the inadequate management of scrap tires, reaching high economic potential and environmental sustainability. In this study, mortar composites were prepared from Portland blast-furnace slag cement (type IS) and rubber granular waste from unusable tires of different commercial-brands with the purpose of evaluating the effects of the rubber particle size and rubber content on mechanical, chemical and morphological properties of the composites. Rubberized mortar has shown considerable improvement in flexural strength, strain and apparent density when compared to the …

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Sustainable Practices In Bridge Construction, Chandrasekaran Venkateswaran Apr 2025

Sustainable Practices In Bridge Construction, Chandrasekaran Venkateswaran

Journal of Sustainable Construction Materials and Technologies

This paper throws light on the importance of sustainability in bridge construction projects and explains the methods to achieve sustainability in construction of bridges. The essential methods to achieve sustainability on various phases of a bridge project i.e., right from planning to maintenance of a bridge project during its service is also explained. The necessity of enacting laws to make sustainability as mandatory is outlined as conclusion.

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Influence Of Marble Powder And Fly Ash On Rheological Properties And Strength Of Cementitious Grouts, Hikmet Sis, Tufan Kıyak, Cenk Fenerli, Mehmet Genç Apr 2025

Influence Of Marble Powder And Fly Ash On Rheological Properties And Strength Of Cementitious Grouts, Hikmet Sis, Tufan Kıyak, Cenk Fenerli, Mehmet Genç

Journal of Sustainable Construction Materials and Technologies

The usability of two environmentally important waste materials in cementitous fine grout production was investigated as partial replacement materials for cement and aggregate. The influence of replacement materials on flowability and strength of was investigated by rheological and compressive strength tests. The strength of 28 and 90 days grouts was determined. It was found that the flowability and strength of the mixes were heavily dependent on W/C ratio and affected by type and amount of replacement materials. Increasing W/C ratio and fly ash amount increased flowability, but inversely affected the strength of grouts. On the other hand, marble powder was …

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Cost Factors In Zero-Carbon Technologies Applied In Buildings: Nigeria’S Perspective, Samuel Ekung, Victor Ohama, Melvin Tiokpat Apr 2025

Cost Factors In Zero-Carbon Technologies Applied In Buildings: Nigeria’S Perspective, Samuel Ekung, Victor Ohama, Melvin Tiokpat

Journal of Sustainable Construction Materials and Technologies

The integration of renewable energy technologies in buildings across Africa is low. Enormous improvements to intrinsic cost drivers affecting their affordability are therefore prerequisite to achieve diffused adoption. In a search for the relevant strategies to improve the adoption of these technologies, this paper appraised critical cost factors inhibiting the affordability of solar photovoltaic (PV) in Nigeria. The research adopted a structured questionnaire survey administered to 480 stakeholders in the building sub-sector and PV value chain. Data reduction tool (factor analysis) determined the components of principal factors critical to the affordability of PV in the research environment. The result showed …

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Design Criteria Of Soil Structure Interaction: Marmara Forum Car Park In The Center Of The City, Süleyman Cem Divrik, Mehmet Fatih Altan Apr 2025

Design Criteria Of Soil Structure Interaction: Marmara Forum Car Park In The Center Of The City, Süleyman Cem Divrik, Mehmet Fatih Altan

Journal of Sustainable Construction Materials and Technologies

The design of a three storey steel parking lot under permenant loadings is implemented on the context of the thesis. Suitable sizing of the construction in terms of current regulations is effort. It is an necessity that making evaluation of geotechnical and engineering of necessary support structure and definition of suitable excavation and support systems in terms of deformation and strength speciailities of the units that can be emerged on excavation phase. In this regard, design is realised on the parallel of remaining on limitation conditions of unit deplacement values within the executing of necessary braced system. The solution of …

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A Statistical Evaluation Of Housing Preference In Istanbul Urban Transformation, İsmail Yılmaz Apr 2025

A Statistical Evaluation Of Housing Preference In Istanbul Urban Transformation, İsmail Yılmaz

Journal of Sustainable Construction Materials and Technologies

With its rapidly growing population in the last 50 years, Istanbul is one of the cities where skewed urbanization has developed widely. The fact that crooked urbanization is an important threat that causes loss of life and property in disasters such as earthquake, flood, erosion, fire etc., paved the way for the implementation of urban transformations in accordance with modern urbanism in this city. It is also very important to meet the demands and needs of those living in areas where urban transformations are applied. In this study, a housing preference survey was conducted for residents in an urban transformation …

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