All Stories

  1. Simulation of sulphate attack on the cement composites with cement bypass dust
  2. Investigation of Building Materials’ Radioactivity in a Historical Building—A Case Study
  3. The Influence of Nanoparticles on Fire Retardancy of Pedunculate Oak Wood
  4. Influence of Biogenic Acid on Concrete Materials
  5. Concept of Evaluation of Mineral Additives’ Effect on Cement Pastes’ Durability and Environmental Suitability
  6. Sustainable Building Materials and Life Cycle Assessment
  7. Sustainability Potential Evaluation of Concrete with Steel Slag Aggregates by the LCA Method
  8. Characterization of Demolition Construction Waste Containing Asbestos, and the Release of Fibrous Dust Particles
  9. Comparison of Material-Technical Solution of Masonry Family House by Two Different Calculating LCA Approaches
  10. Natural Radioactivity of Bricks in Historical Buildings in Slovakia
  11. Preface
  12. Evaluation of concrete deterioration under simulated acid rain environment
  13. Biodegradation and its impact on durability of building construction
  14. Effect of industrial by-products incorporated in composites on strength and leaching parameters due to microbiologically induced corrosion
  15. Innovation of University education by using available online LCA methods and their role in construction sector
  16. Study of temperature influence of cement and water on the fresh cement paste consistency
  17. Analyzing the Relationship between Chemical and Biological-Based Degradation of Concrete with Sulfate-Resisting Cement
  18. Examination of Bearing Walls Regarding Their Environmental Performance
  19. Characterization of Manmade and Recycled Cellulosic Fibers for Their Application in Building Materials
  20. Environmental Impacts of the Selected Building Structures
  21. Radionuclides’ Activity Analysis in the Environmental Samples
  22. USING OF SUPPLEMENTARY MATERIAL IN CONCRETE PRODUCTION RESPECTING THE ENVIRONMENT PROTECTION TECHNOLOGIES
  23. Sustainable Building Materials and Technologies 2018
  24. Analytical methods for the determination of the input material quality for gypsum wallboard production
  25. Assessment of damp and salinity of historical building in Markušovce
  26. Comparing of the external bearing wall using three cultural perspectives in the life cycle impact assessment
  27. Determination of durability of mortar with slag exposed to bacterial environment
  28. Examination of potential radiation hazard of concrete composites with different slags as additives
  29. Construmat 2018
  30. ANTIFUNGAL EFFICIENCY OF SLAG BASED CEMENT COMPOSITES
  31. COMPARISON OF RADIOACTIVITY IN CEMENTS WITH REGULATORY LIMITS FOR NATURAL RADIOACTIVITY IN BUILDINGMATERIALS IN THE EUROPEAN UNION
  32. ENDPOINT-BASED LCA EVALUATION OF FLOOR CONSTRUCTION
  33. Advances in Environmental Engineering
  34. Study on Cr(VI) Leaching from Cement and Cement Composites
  35. Calcium Extraction from Blast-Furnace-Slag-Based Mortars in Sulphate Bacterial Medium
  36. An Investigation of the Bacterial Influence of Acidithiobacillus Thiooxidans on Concrete Composites
  37. Correlation analysis of dissolved amounts of main cement elements in concretes after hydrochloric acid attack
  38. Changes in water absorptivity of slag based cement mortars exposed to sulphur-oxidisingA.thiooxidansbacteria
  39. Environmental Engineering in the Slovak Republic
  40. Evaluation of the damaged depths of slag-based mortars in aggressive sulphate conditions
  41. Leaching of Ca, Si, Fe and Al from concretes, based on sulphate resistant cement, due to bacterial attack - a correlation study
  42. Multi-criteria Analysis of Factors for Application of Concrete Composites Considering Their Environmental Harmfulness
  43. 1st International Conference on Advances in Environmental Engineering (AEE 2017)
  44. Radioactivity of buildings materials available in Slovakia
  45. Investigation of slag-based concrete by mathematical analysis considering air pollution prevention
  46. The road surface as a source of particulate matter
  47. Development of Compressive Strength of Slag Based Cement Mortars Exposed to an Aggressive Sulphate Environment
  48. Mathematical Investigation of Concrete Corrosion – a Sustainability Study
  49. Study of Thermal Reduction of Barium Sulphate for Barium Sulphide Preparation
  50. Sustainable Concretes – Through Reducing the Water Absorptivity to Improved Durability
  51. Comparison of Hexavalent Chromium Leaching Levels of Zeoliteand Slag-based Concretes
  52. Correlation Analysis between Different Types of Corrosion of Concrete Containing Sulfate Resisting Cement
  53. Thermal analysis of heat-treated silver fir wood and larval frass
  54. Contribution to Sustainable Environment through Examination of Durability of Materials in an Aggressive Environment
  55. Sustainable Building Materials and Technologies
  56. Analyzing Embodied Energy, Global Warming and Acidification Potentials of Materials in Residential Buildings
  57. Using Mathematical and Numerical Methods towards on the Pipelines’ Material Sustainability
  58. Thermal degradation of natural and treated hemp hurds under air and nitrogen atmosphere
  59. Investigation of the Precipitates on the Concrete Surface due to Sulphate Exposure
  60. Biodeterioration of the Cement Composites
  61. Testing Silica Fume-Based Concrete Composites under Chemical and Microbiological Sulfate Attacks
  62. Environmental impact assessment of building foundation in masonry family houses related to the total used building materials
  63. Study of Thermal Analysis of Selected Cellulose Fibres
  64. Study of Dependencies Between Concrete Deterioration Parameters of Fly Ash-Based Specimens
  65. Leachability of chromium and barium from concrete samples with blast furnace slag addition
  66. Impact of calcium ions leaching caused by biogenic acid attack on durability of cement composites
  67. Application of Granulated Blast Furnace Slag in Cement Composites Exposed to Biogenic Acid Attack
  68. Fly Ash Incorporation into the Concrete Composites in Order to Improve their Environmental Performance
  69. The Ability of Slag-Portland Cement Composites to Withstand Aggressive Environment
  70. microbially induced corrosion of concrete
  71. Determination the Availability of Chromium from Powdered Cement Composites Containing Blast Furnace Slag
  72. Durability Performance of Cement Composites Containing Ground Granulated Blast Furnace Slag
  73. Deterioration of Cement Composites with Silica Fume Addition due to Chemical and Biogenic Corrosion Processes
  74. Bio-Corrosion of Fibrous Cement Boards and Cement Composites
  75. Properties Characterization of Chemically Modified Hemp Hurds
  76. Monitoring and characterization of creation of geopolymers prepared from fly ash and metakaolin by X-ray photoelectron spectroscopy method
  77. Mesoporous silica for sorption of copper and sulphates from the environment
  78. Leaching of calcium and silicon from cement composites in the aggressive environment
  79. The study of concrete properties prepared with a proportion of fly ash
  80. Environmental analysis of two building material alternatives in structures with the aim of sustainable construction
  81. Different aggressive media influence related to selected characteristics of concrete composites investigation
  82. Analysis of Building Stone of the Medieval Historical Building
  83. Performance of Fiber-Cement Boards in Biogenic Sulphate Environment
  84. Effectiveness of addition of silica fume as a waste material on durability of cement composites
  85. Monitoring of heavy metal concentrations in concrete leachates
  86. Study of durability of fibrous cement based materials exposed to microorganisms
  87. Assessment of Natural Radioactivity Levels of Cements and Cement Composites in the Slovak Republic
  88. DETERIORATION OF CONCRETE COMPOSITES PLACED IN SEWER PIPELINES EVALUATED BY CALCIUM AND SILICON IONS CHANGES
  89. EVALUATION OF CONVENTIONAL SLOVAK HOUSE AND ITS GREEN ALTERNATIVE
  90. Current Trends in Investigation of Concrete Biodeterioration
  91. Reduction of primary energy and CO2 emissions through selection and environmental evaluation of building materials
  92. Analysis of the Chromium Concentrations in Cement Materials
  93. Chemical Modification of Hemp Shives and their Characterization
  94. Study of the Deterioration of Concrete Influenced by Biogenic Sulphate Attack
  95. The Study of the Properties of Fly Ash Based Concrete Composites with Various Chemical Admixtures
  96. Assessment of the content of chromium (VI) in selected types of cement as a part of cement eco-labeling
  97. Indoor and outdoor air quality monitoring in hemp house — Case study
  98. Comparison of environmental impact of building materials of three residential buildings
  99. The investigation of concrete’ biodeterioration in sewer pipes, case study
  100. Concrete specimens biodeterioration by bacteria of Acidithiobacillus thiooxidans and Desulfovibrio genera