MESSAOUDA Belouadah

REZIG Belkacem , ZIANE Amar

Étude expérimentale de l’influence des déchets naturelles sur le comportement des mortier

boudia sara , CHEBICHEB Khaoula

Effet de l’incorporation et du dosage des fibres sur les caractéristiques de mortier auto-plaçant à base de poudre de verre

GACEM ZAKARIA , MAACHE AYMEN

Formulation et caractérisation des mortiers autoplaçant à base des ciments ternaires aux hautes températures

NOUI ABDELMOUMEN , SAOUDI ABDELBASSET

Valorisation des sables recyclé dans la formulation des mortiers contenant des ajouts minéraux

 NOUARI Salah ,  BAKOUCHE Ismail

Effet de l’attaque sulfatique externe Sur la durabilité des mortiers fibrés

djeblahi khansa , Dehimene CHaima

Effet des températures élevées sur les mortiers renforcés de fibres de métallique contenant des déchets de brique

Self-compacting concretes and mortars are characterized by their great fluidity, since they are carried out without the need for a vibrator, and they are also characterized by the fact that they contain a high percentage of mineral additives which greatly affect their properties in the elastic The main objective of this work is to study the effect of ceramic powder on the liquid, solid and durability properties of self- compacting mortar. By substituting the quantities of cement with the following percentages: 5%, 10%, 15%, 20%. The results showed that partial replacement of fine aggregate with sanitary ceramic fillers up to 20% of cement by weight improves mechanical properties and durability of the self-posing mortar. The test results were discussed in the lights of the literature data on influence of ceramic waste on properties of fresh and hardened self-posing mortar.

Citation

Messaouda BELOUADAH , ADMIN Admin , ,(2024-07-19), Fresh and hardened properties and durability of self-compacting repair mortar made with ceramic powder as cement substitute,International Conference on Engineering Natural Sciences and Technological Developments,Türkiye

This paper investigates the performance of mortar containing ceramic powderas partial substitutionof cement. Portland cement (PC) was partially replaced with 0-40% ceramic powder. Testing included compressive strength, ultrasonicpulse velocity, and absorption. Specimens were cured in water at 20°C. The resultsindicate that the maximum strength of mortar occurs at around 10% ceramic powder. Beyond 10% ceramic powder the strength of mortar reduces and is lower than that of the control..

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Messaouda BELOUADAH , ,(2024-01-27), Ceramic Powder Utilisation İn Mortar Production,1. BİLSEL INTERNATIONAL KORYKOS SCIENTIFIC RESEARCHES AND INNOVATION CONGRESS,MERSİN/ TÜRKİYE

Paste and self-placing mortar (MAP ), an essential compound in making concrete, is also the most important bond in construction. It is made from valley sand, but it has a negative impact on the environment on the one hand, and on the other hand, it affects significant material costs, in addition to the fear of the lack of Alluvial sand(SA). All of these data encourage us to use river sand and dune sand, and to mix the two different types. In our research, we are studying the effect of including dune sand (SD)and river sand(SR) to replace valley sand in improving and creating the best rheological properties: The mini slump flow, V-funnel flow time and the viscosity measurement , They must to have better mechanical performance. The results indicated that all MAP mixtures containing river sands including SA (control) had acceptable rheological properties considering. While the mixtures containing river sands(SR) showed higher mechanical properties than the control (SA).

Citation

Messaouda BELOUADAH , ,(2023-12-23), Propertıes Of Self-Placıng Mortar Based On Dıfferent Types Of Sand,1. BİLSEL INTERNATIONAL TURABDİN SCIENTIFIC RESEARCHES AND INNOVATION CONGRESS 23-24 DECEMBER MARDİN/TÜRKİYE,TÜRKİYE

this paper reviews the use of the waste product (ceramic industry) for construction purpose. Now a days they are rapid growth in urban andindustrial is more and the demand is being increased day by day. The waste generated from ceramic industry is usedas a partial replacement in cement. To eradicate the demand of construction material cement is being replaced in our project as ceramıc waste accordingly in the range of 0%, 5%, 10%, 20%, and 30% by weight of cement for mix. Self-compacting mortar mixtures were produced, tested and compared in terms of compressive, flexural and split tensile strength with the conventional Self-compacting mortar. These tests were carried out toevaluate the mechanical properties for the test results of 7, 14, 28 days for compressive strength, flexural Strength and split tensile strength. For this purpose, design parameters like water to binder ratio (w/b), water to cement ratio (W/C), superplasticizer dosage (SP) (kg/m3) and replacement percentage of ceramic waste are studied on the slump flow. It is observed that with respect to different grades of SCC, designed parameters affects the fresh and strength properties of SCC.

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Messaouda BELOUADAH , ,(2023-12-16), Application of waste ceramic powder as a cement replacement in Self- compacting mortar,“2. BİLSEL INTERNATIONAL TRUVA SCIENTIFIC RESEARCHES AND INNOVATION CONGRESS” 16-17 DECEMBER, 2023 ÇANAKKALE / TÜRKİYE,TÜRKİYE

Achieving environmentally friendly compounds with high mechanical resistance, lower density, and high thermal resistance is a topic of research for most of those interested in this field. Geopolymers are three-dimensional amorphous materials made of aluminosilicates in a normal environment or at high temperatures through alkaline activation of aluminosilicate materials. This activation, along with the addition of a chemical foaming agent (aluminum powder, hydrogen peroxide, sodium oleate...) led to the synthesis of inorganic foam. Geopolymer foams are high temperature resistant materials characterized by mechanical and chemical stability and low post-foaming shrinkage. Pore size is directly related to changing the concentration of the foaming agent, and studies have shown that, by tracking CT images, up to 24% open porosity can be achieved without significantly affecting other properties. In addition to geopolymers enjoying these advantages, we find some studies interested in obtaining other advantages, including adding another factor that...Thermal properties of geopolymer concrete (GPC) are enhanced by adding phase change material (PCM) capsules. Thermal and structural tests were conducted to investigate the effects of capsules on the properties of produced GPC. The produced thermally enhanced GPC can reduce heat transmission too indoors in the hot climates and its compressive strength is acceptable for non- loadbearing wall components.

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Messaouda BELOUADAH , ,(2023-12-13), A BIBLIOGRAPHIC STUDY ON THE EFFECTIVENESS OF GEOPOLYMERS IN THE FIELD OF THERMAL INSULATION,11th INTERNATIONAL MARDIN ARTUKELER,TÜRKİYE

The search for an alternative to cement has become an environmental and strategic necessity to reduce the effects of global warming and preserve the energy capacity of energy-importing and energy-exporting countries alike. Geopolymer materials are classified as green materials and may be the alternative solution proposed at the present time due to their advantages. The results of research and studies have shown that these geopolymer materials possess superior mechanical and physical properties, including high early strength, good chemical resistance, low shrinkage, and good thermal resistance. The rise in temperatures in recent years and the global warming scenario has led to an increase in demand for heat-insulating materials, especially in the construction sector. This review includes, based on previous research, previous knowledge of more about the basics of these geopolymer materials the raw materials that go into preparing these compounds and the factors affecting their properties. The good thermal performance of these compounds is considered important and vital to exploit in the production of efficient insulating materials, and it may be a sustainable solution in re- exploiting mineral waste in order to preserve natural resources.

Citation

Messaouda BELOUADAH , ,(2023-12-13), BIBLIOGRAPHIC STUDY ON GEOPOLYMERS AND THE VALORIZATION OF MINING WASTE,11th INTERNATIONAL MARDIN ARTUKELER,TÜRKİYE

This study examines the mechanical effects of the addition of transparent glass in the form of waste glass powder on the mechanical properties of concrete in aggressive environments.Glass is used as an additive after conversion to fine powder and mixed with cement at 0% , 5% and 10% For the construction of concrete with additives and then poured into molds. And then treated in fresh fresh water, salt solution where the salt is 5% sodium chloride and finally in MgSO4 solution at 5% concentration for 7, 14 and 28 days, then mechanical tests are performed when the test used in this research is compressive strength and porosity. It was observed that there were differences in compressive strength when immersed in different solvents. Samples immersed in water have higher resistance than those immersed in sodium chloride MgSO4 solution and increase with immersion time. The results show that the addition of glass powder improves the flow of concrete, also it further consolidates the cementitious matrix which makes it difficult for aggressive compounds to penetrate into the concrete.

Citation

Messaouda BELOUADAH , ,(2023-08-26), Durability In Aggressive Environments Of Concrete Incorporating Glass Powder,3. INTERNATIONAL MEDITERRANEAN SCIENTIFIC RESEARCH AND INNOVATION CONGRESS 26-27 AUGUST 2023 ANTALYA / TURKEY,ANTALYA / TURKEY

Combined correlation between concrete compressive

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Messaouda BELOUADAH , ,(2023-08-22), VALORIZATION OF A MINING WASTE BETWEEN THE LITERATURE AND THE EXPERIMENTAL TESTS,international scientific research conference held in august 22 -24 2023/ Adana Turikya,Türkiye

The purpose of this study is to recover mineral residues as an additive in cement-based building materials. It is part of a sustainable development approach. The use of recovered and recyclable industrial residues in partial replacement of Portland cement reduces greenhouse gas emissions and results in the manufacture of cement with a lower environmental impact. Using various experimental techniques, particular attention is paid to the behaviour of the ceramic powder finely crushed and chemically activated associated with Portland cement. This study confirms the improvement in the physicochemical and mechanical properties of cements with the addition of ceramic powder, which augurs well for its use as a cement

Citation

Messaouda BELOUADAH , ,(2023-08-16), Effect of ceramic addition on the properties of mortars,1. BİLSEL INTERNATIONAL AHLAT SCIENTIFIC RESEARCHES CONGRESS” 15-16 AUGUST, BİTLİS/TURKEY,BİTLİS/TURKEY

This paper investigated the effects of brick dust and metal fiber on the mechanical and physical properties of cement mortars exposed to high temperatures experimentally and statistically. For this purpose, the mixes containing marble dust (0%, 5%, and 10% by volume) and metal fiber (0 kg/m3, 1 kg/m, 2 kg/m3, 5 kg/m3) were prepared. The cement mortars' compressive strength and porosity value were determined after exposure to high temperatures (300, 500, and 700 C). The percentage of brick dust, amount of metal fiber, and degree of temperature were changed to explore their effects on specimens' compressive strength and porosity values. Finally, experimental findings were compared with statistical results, and a good agreement between them was achieved.

Citation

Messaouda BELOUADAH , ,(2023-08-10), PERFORMANCE EVALUATION OF CEMENT MORTARS CONTAINING BRICK DUST AND METAL FIBER EXPOSED TO A HIGH TEMPERATURE,9th INTERNATIONAL BLACK SEA COASTLINE COUNTRIES SCIENTIFIC RESEARCH CONFERENCE August 10-11, 2023 / Ankara, Türkiye,Ankara, Türkiye

The objective of this research work is to study and better understand the behavior at high temperatures of fiber concretes and the effect of the evolution of the temperature on their mechanical behavior, by evaluation of the loss of residual mass, and the resistance residual in compression and tension. The concretes are subjected to different heating-cooling cycles up to a maximum temperature of 300°C ; 500°C and 700°C at the age of 28 days. This study showed that the residual strength of fiber-reinforced concrete subjected to a very high temperature decreased compared to concrete (not subjected to a very high temperature).

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Messaouda BELOUADAH , ,(2023-08-07), EXPERIMENTAL STUDY OF FIBER-REINFORCED CONCRETE SUBJECTED TO TEMPERATURES OF 500°C AND 700°C,3rd INTERNATIONAL CONGRESS ON CONTEMPORARY SCIENTIFIC RESEARCH held on August 7-8, 2023 / Adana, Türkiye,Adana, Türkiye

The combined use of silica fume (SF) and ceramic waste (CW) for the production of mortar is studied. Sand isreplaced by 5%, 10%, 15% and 20% of CW while a fixed 5% percentage (% wt of cement) of SF is used. The resultsshow that the best results are obtained by using silica fume and ceramic waste sand with 15% weight of sand and5% wt of cement. With the addition of sand ceramic waste (SCW), the mortar compressive strength and densityincrease, while the porosity displays an opposite trend. The experimental analysis is complemented with theore-tical considerations on the matrix strength and related improvements in mechanical behavior. It is shown that theagreement between the experimental values and the estimated values is good (2) (PDF) On the Combination of Silica Fume and Ceramic Waste for the Sustainable Production of Mortar. Available from: https://www.researchgate.net/publication/366767238_On_the_Combination_of_Silica_Fume_and_Ceramic_Waste_for_the_Sustainable_Production_of_Mortar [accessed Mar 23 2023].

Citation

Messaouda BELOUADAH , , (2023), On the Combination of Silica Fume and Ceramic Waste for the Sustainable Production of Mortar, Fluid Dynamics and Materials Processing, Vol:5, Issue:1, pages:19(5):1083-1090, Université de M'sila

Recent studies recognize a great interest in preserving the environment and sustainable development by reducing the carbon dioxide generated from the cement industry by replacing it with environmentally friendly materials. This could be achieved by replacing a part of cement with mineral addition during concrete mixing. In recent years, the incorporation of metakaolin (MK) in building materials is growing and the compressive strength of cement-based composites is maximized with a 20% content of MK. This study is concerned with the different results obtained among the various literatures regarding mechanical resistance of local kaolin at various temperatures (400 – 900 °C) and durations (2, 3 and 4 h) to produce MK with a high pozzolanic activity.

Citation

Messaouda BELOUADAH , ,(2022-11-19), Study Between The Literature And Laboratory Experiments Of Characteristics Of Mortar Formed By Calcined Kaolin,3. INTERNATIONAL MARMARA SCIENTIFIC RESEARCH AND INNOVATION CONGRESS,TÜRKİYE

In recent years, due to the modern lifestyle, industrial and technological progress has led to a significant increase in the quantity and quality of waste. Waste accumulation problem every year is all over the world. The use of materials from waste in buildings compensates for the lack of natural resources, solves the problem of waste management and provides an alternative technique for protection of the environment. In Algeria, the Ministry of Environment demonstrated that the recycling market is estimated at 23 billion Algerian dinars (about 260 million USD). In this vision, policy makers aspire to establish a real industry for recovery and recycling of waste through the development of several sectors such as plastics, aluminum paper and cardboard, metals, glass, wood, etc. This review assesses Aluminum waste (Al) in concrete as a substitute for aggregates and cement. The physical, mechanical and environmental properties of the materials obtained by substitution of raw materials by Al waste were examined and compared to reference materials. Mining waste in cementitious materials offers good compressive strengths, while the porosity of the concrete and/or mortar is a factor influencing its toxicity.

Citation

Messaouda BELOUADAH , ,(2022-11-19), RECOVERY OF ALUMİNUM WASTES İN BUİLDİNG MATERİALS: A REVİEW,3. INTERNATIONAL MARMARA SCIENTIFIC RESEARCH AND INNOVATION CONGRESS,TÜRKİYE

The combined use of silica fume (SF) and ceramic waste (CW) for the production of mortar is studied. Sand is replaced by 5%, 10%, 15% and 20% of CW while a fixed 5% percentage (% wt of cement) of SF is used. The results show that the best results are obtained by using silica fume and ceramic waste sand with 15% weight of sand and 5% wt of cement. With the addition of sand ceramic waste (SCW), the mortar compressive strength and density increase, while the porosity displays an opposite trend. The experimental analysis is complemented with theoretical considerations on the matrix strength and related improvements in mechanical behavior. It is shown that the agreement between the experimental values and the estimated values is good.

Citation

ZINE EL ABIDINE Rahmouni , Mekki MAZA , Nadia TEBBAL , Messaouda BELOUADAH , , (2022-06-14), On the Combination of Silica Fume and Ceramic Waste for the Sustainable Production of Mortar,, Fluid Dynamics & Materials Processing 2023, 19(5),, Vol:19, Issue:5, pages:1083-1090, Tech Science Press

A review of a sustainable mortar with partial alternatives to ceramic and brick as a cementitious material

Citation

ZINE EL ABIDINE Rahmouni , Messaouda BELOUADAH , Nadia TEBBAL , ,(2022), A review of a sustainable mortar with partial alternatives to ceramic and brick as a cementitious material,International Conference on Sustainable Cities and Urban Landscapes (ICSULA 2022),Konya-Turkey / Selcuk University

The present study aims primarily to investigate the possibility of assessing the physico-mechanical behavior of concrete incorporating marble waste or marble powder as a partial replacement for cement using destructive and non-destructive testing methods. Indeed, in this work, cement was partially replaced with marble powder at six different substitution levels, i.e. 5, 10, 15, 20, 25 and 30% by weight, with 1.5% adjuvant (super plasticizer) for each mixture. The samples prepared were then analyzed. In addition, the physico-mechanical properties, in the fresh and hardened states, water-to-cement ratio, absorption and compressive strengths of the concrete samples were examined as well. Moreover, the compressive strength of concrete was assessed through non-destructive testing methods such as the ultrasonic pulse velocity and rebound hammer. Likewise, the relationship between the ultrasound velocity and compressive strength of concrete were also estimated after 3, 7, 28 and 90 days of curing. The findings of the study indicated that, at early age of curing, the values of the compressive strength and ultrasonic pulse velocity were quite small for all replacement levels, of cement with marble powder, between 15 and 30%. Nevertheless, when the curing period was increased, the compressive strength and ultrasonic pulse velocity of all the samples went up as well. In the end, a linear relationship was observed between the ultrasonic pulse velocity and compressive strength for all substitution levels of cement with marble powder.

Citation

ZINE EL ABIDINE Rahmouni , Messaouda BELOUADAH , Nadia TEBBAL , Mokrani el hacen Hichem, , (2021), Evaluation of Concretes Made with Marble Waste Using Destructive and Non-Destructive Testing, Annales de chimie - Sciences des matériaux, Vol:45, Issue:5, pages:361-368, IIETA

The development of new building materials is the problem of time, where researchers trying to find inexpensive equipment adapted in line with the field of use, the use of additional materials in the cement industry continues to increase and is often called on these metal additions materials we get from natural sources or remnants of industrial materials. In addition, the use leads to a reduction of clinker consumption and contribute to solving environmental problems in a simple and economical manner. The main objective of this experimental work is to study the proportion of powdered glass and marble dust on the physical and mechanical behavior of the composite cement and mortar. The obtained results the results obtained show that the partial compensation of glass cement powder 10% give the best values.

Citation

Messaouda BELOUADAH , ZINE EL ABIDINE Rahmouni , Nadia TEBBAL , , (2019), Influence of the addition of glass powder and marble powder on the physical and mechanical behavior of composite cement, Procedia Computer Science, Vol:158, Issue:1, pages:366-375, Elsevier B.V.

The search for a cheaper binder using natural resources and industrial waste has become a major concern in the manufacture of cement. According to the literature, researchers have found that glass and marble waste in the form of powder can be introduced into cement to obtain a cheaper and less polluting cement. In this study, we attempted to determine the strength of concrete containing glass powder and marble powder by partially replacing cement in concrete. Cement substitution by these mineral additions in the range of 5% to 10%. This approach is based on the properties of the material and its effect on the physical and mechanical properties of concrete. Several parameters are considered, namely: the effect of filler, the effect of the adjuvant and the ratio W / C, to lead, to the making of a concrete based on local materials characterized by good strength, porosity minimum and acceptable durability.

Citation

Messaouda BELOUADAH , ZINE EL ABIDINE Rahmouni , Nadia TEBBAL , , (2019), Experimental characterization of ordinary concretes obtained by adding construction waste (glass, marble), Procedia Computer Science, Vol:158, Issue:158, pages:153-162, Elsevier Ltd.

This study aims to valorize mineral residues as an addition to cementitious matrix building materials. It is part of a sustainable development approach. The use of recovered and recyclable industrial residues as a partial replacement of Portland cement in concrete reduces greenhouse gas emissions and results in the manufacture of concrete with less environmental impact. The use of crushed glass powder to replace clinker presents a promising way to recover and recycle waste. By taking advantage of different experimental techniques, particular attention is given to the behavior of the finely ground glass powder associated with Portland cement. Cement replacement by glass powder in the range 5% to 10%. This approach is based on the material properties and its effect on the properties of hardened concrete strength porosity, several parameters are considered, namely: The effect of filler, the effect of adjuvant and W/C, porosity, leading to the production of concrete local materials characterized by good strength, porosity and minimum acceptable durability.

Citation

Messaouda BELOUADAH , ZINE EL ABIDINE Rahmouni , Nadia TEBBAL , ,(2019), Study Of The Effect Of Mineral Additions In The Development Of Mechanical Properties And The Improvement Of The Rheological Behavior Of Concrete,5th International Conference On Advances In Mechanical Engineering,Istanbul, Turquie