Design, Construction and Safety of Underground Structures

<ul><li>Preface&Committees</li><li>Assessment of Factors Affecting the Final Value of <<Volume Loss>> by TBM Tunneling</li><li>Influence of Walkway Design on the Evacuation of Passengers within a Fixed Guideway Transit System</li><li>Scientific Principles for Shaping Underground Infrastructure of Megacities</li><li>Basic Directions of Improving the Durability of the Sewage Collector Lining</li><li>Investigation of Tubing Lining Loss of Tightness Causes</li><li>Features of Numerical Modeling <i>In Situ</i> Stress State Massive of Rocky and Issues of Verification of the Data</li><li>The Impact of Construction Activities on Vegetation</li><li>Study of Effects of Weathering Factors on Internal Structure of Rocks by Laser Ultrasonic Spectroscopy</li><li>Application of Stay Cable Systems in Large-Span Underground Construction</li><li>Improving the Efficiency of Artificial Ground Freezing in Urban Underground Construction by Using Solid Carbon Dioxide</li><li>Mathematical Model of the Painting Robot</li><li>Influence of Pipe Ramming on Stress State of Surrounding Soil and Nearby Tunnel Lining</li><li>Relation of Construction Works to Water Quality</li><li>Protective Structure Design against Airblast Effect</li><li>The Effect of Redistribution of the Mixing Water of the Concrete Lining on its Quality</li><li>Environment Effects - Dust Pollution and Soil Protection</li><li>Contact Laser-Ultrasonic Evaluation of Residual Stress</li><li>New System of Ice Wall Strength Increase</li></ul>