Structure and Building Materials

<ul><li>Preface</li><li>Chapter 1: Structural Metal Materials</li><li>Material Analysis: A Century Old Beam's Steel Compared to Modern Structural Steels</li><li>Experimental Investigation of Monotonic and Cyclic Behaviour of High-Performance Steels</li><li>Monotonic and Cyclic Modelling of Structural Steel for Finite Element Analysis</li><li>Chapter 2: Components of Traditional Materials</li><li>Justification of the Manufacturing Plywood Technology on Dry Glues</li><li>Study of Humidity During Sand Dewatering Using a Cone-Shaped Installation</li><li>Chapter 3: Concrete Technologies</li><li>Corrosion of Concrete in a Water Management Structure in Conditions of Biogenic Sulfuric Acid Aggression</li><li>Optimization of Water Activation Technology for the Production of Fine-Grained Concrete</li><li>Increasing the Speed of Formation of the Structure of Fine-Grained Concrete and its Strength</li><li>Expansion and Mitigation of Alkali-Silica Reaction in Binary Blended Concrete Confining Potentially Reactive Aggregates</li><li>Chapter 4: Green Building Materials</li><li>Research of Properties and Rational Composition of Ecosafe Building Materials with Ash-and-Slag Waste from Masute Fuel and Coal Combustion</li><li>Utilization of Ethylene-Vinyl Acetate (EVA) Waste from Footwear Industry as Partial Replacement of Aggregates for Concrete Roof Tile</li><li>Elevated Temperature Basic Oxygen Furnace Slag Stabilisation of Desilicated Foundry Sand</li><li>Fabrication and Analysis of Thermal Insulation Ceiling Panel from Corn Husk Fiber</li><li>Alkali Activation of Solid Waste from Cable Wire Manufacturing Industry for Building and Construction</li><li>Analysis of Mechanical Performance of Cementitious Materials with Spent Garnets as Fine Grain Aggregate Partial Replacement</li></ul>