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RESEARCH & DEVELOPMENT PROJECTS
2004-2008
- Development of photocatalytic cement-based materials
- Development of advanced cement and concrete additives based on thermally activated kaolin
- Investigation of strength development of Mg-oxychloride and Mg-phosphate binders
- Update of computer program for packing of large arrays (up to 10 millions) of spheres
- Computer modeling of dense Apollonian packings of particulate materials using genetic algorithm
- Development of lightweight fireproofing wall system
- Industrial trials high performance cement technology
2003
- Investigation of microstructure development of high performance cement pastes
- Investigation of microstructure of ECO cement incorporating large volumes of waste glass
- Investigation of strength development of high-performance cement based mortars with granulated blast furnace slag
- Development and technological evaluation of advanced cement and concrete additives based on thermally activated kaolin
- Development of a new product based on thermally activated kaolin for plant protection
- Investigation of strength development of high performance cement based mortars
- Computer modeling of “real” packings of particulate materials
- Development of research and educational construction materials lab
2002
- Development of computer program for packing of “real” particulate systems
- Development of computer program for optimal proportioning of aggregates
- Analysis of Turkish kaolinite for their applicability in cement industry
- Development of ECO cement incorporating large volumes of waste glass
- Development of architectural concrete technology for precast application
- Computer modeling of dense packings of particulate materials
- Development of computer program for packing of large arrays (up to 5 millions) of spheres
2001
- Design of earthquake resistant “model” residential house composed of reinforced concrete and steel
- Utilization of chromium containing waste in ceramic and geopolymers
- Development of energy absorbing earthquake resistant precast wall panel
- Development of ECO cement incorporating large volumes of waste boron gypsum
- Development of ECO cement incorporating large volumes of limestone filler
- Investigation of setting time and strength development of cements containing waste gypsum as set regulating admixture
- Selection of raw materials/admixtures and design of composition of cement based dry mortars and plasters
2000
- Development of energy absorbing earthquake resistant precast wall panel
- Investigation of chromium leaching from mortars containing waste sludge
- Utilization of chromium containing waste in cement and concrete
- Feasibility study on complex admixture manufacturing process
- Improvement of earthquake resistance of precast structure of sport facility
- Development of lightweight concrete based on Styrofoam aggregates
- Development of footings design module combining Excel and Auto CAD
1999
- Development and application of double wall panel, project – winner of Turkish Technology Development Foundation (TTGV) competition
- Industrial trials on production of double wall panel
- Industrial trials on utilization of waste concrete and cement sludge
- Optimization of technology of paving stones
- Laboratory research on compatibility of chemical admixtures
- Feasibility study on production of decorative concrete tiles
- Design of polymer concrete for repair of reinforced concrete poles
1998
- Development of computer program for design of reinforced concrete poles
- Design, manufacturing and application of precast concrete retaining wall system
- Development and application of energy saving system for precast concrete heat treatment
- Development and application of architectural precast concrete
- Development of light weight aggregate based “no-fines” concrete
- Research for utilization of waste concrete and cement sludge
- Development of computer program for aggregates packing
- Feasibility study on application of high performance cement technology
1997
- Computer based design and optimization of concrete mixtures
- Laboratory investigation of the performance of chemical admixtures in ready mixed concrete
- Laboratory investigation on high performance cement
- Laboratory investigation on gas- and foam- concrete with reduced unit weight
- Semi – Industrial trials of complex admixture and high performance cement technology
- Application of computer program for optimal proportioning of aggregates
- Research on the plasticizer’s effect on rheology of cement paste, slump and strength of concrete
- Laboratory tests of high performance and sulfate resistant cements
- Field tests of high performance cement’s resistance to chemical attack for application in chemical industry
- Selection of raw materials/admixtures and optimization of composition of gypsum plasters
- Investigation of strength development of gypsum plasters
1996
- Investigation of high performance and high volume fly ash/slag cement
- Development of mixture proportioning method of high- strength light- weight aggregate concrete
- Research of workability, plastic shrinkage and strength of high- strength light- weight aggregate mortars and concrete
- Application of high performance cement for anchoring of reinforcement for retrofit of damaged structures
- Computer modeling of high- strength natural light weight aggregate mortars and concrete
- Optimization of high performance cement for high thermal (up to 700 0C) and acid resistance (30%- HCl)
- Optimization of composition and investigation of strength development of high performance cement
- Feasibility study on reconstruction of ready mix concrete plant
- Utilizing of fly ash in cement: environmental assessment of the project
- Industrial trials and application of high performance concrete
1995
- Investigation of strength of high performance cement based mortars
- Development of admixture for water proofing and strengthening of industrial floors
- Development of materials with low thermal expansion for machine-tool applications
- Development and trials of technology of decorative tiles
- Development and trials of architectural concrete for bas-reliefs and sculptures
- Development of high strength cement- based materials
- Development of a technology of mechano-activated cement (MAC)
- Design of equipment for production of high performance cement, dry mortars and concrete
- Laboratory trials of high strength cement
- Laboratory trials of utilization of alum process waste
- Feasibility study on production of high volume fly ash cement
1994
- Development of a technologies of finely ground powder materials: pigments, fillers, limestone, ferromagnetic, industrial waste, polymers
- Investigation of rheological behavior of cement paste modified by polymers
- Development of polymer modified cement based materials with high tensile strength
- Development of a new technology of materials with low thermal expansion and high thermal resistance
- Feasibility study on reconstruction of cement plant
- Industrial trials of cement kiln heat exchanger
- Laboratory trials of high strength cement, high volume sand cement and waste gypsum based cement
- Laboratory trials of high strength cement and high volume fly ash cement
1993
- Industrial trials and application of concrete with low cement factor
- Development of the technology of high- performance concrete with enhanced workability
- State Research Program PROGRESS IN CONSTRUCTION – 2000
- Development and application of computer based method for experiment planning
- Development of complex admixtures for application in shotcrete
- Utilization of leather treatment waste and electrolyte waste in concrete
- Utilization of waste of rubber catalyst in cement and concrete
- Development of the technology of color/decorative tiles
- Development of the technology of densification of silica fume
- Development of high performance concrete for application in oil/petrol tanks
- Development of architectural concrete for restoration projects
1987-1992
- Development of high performance concrete with high volumes of fly ash or slag
- Complex evaluation of rheology and strength of cement systems by computer modeling
- Development of computer models/method of high strength concrete mixture proportioning
- Investigation of the effect of the superplasticizer type on strength of mortars,
- Development of abrasion resistant high strength materials