Lectures:
• Road transport and transport equipment. The development of automobiles and road development highway network. Grading of roads. Design parameters of ground communications.
• Planning and designing roads. Route design, horizontal and vertical elements, road cross-section.
• Type and parameters of transport to road transport. Basic theory vehicle movement, performance and pulling power of the motor vehicle, rolling resistance. Braking stopping distance and the effects of vehicles on the road. Horse and vehicle stability in a straight line and arc.
• Directional design elements of roadways. Line and directional arcs clothoid design elements and its use in designing roads and highways.
• Height design elements line roads and highways. Maximum and minimum slopes
alignment and curvature of the polygon height quarries.
• Alignment of the rudder and elevator design road routes. Visibility in
direction and vertical curves.
• Surround effect road routes, road aesthetics and integration of road routes
communication in the country. Multicriteria evaluation of proposals for road route.
• Layout of roads and highways in the cross section. Widths and gradients driving belts, strips, roadside bars and additives. Extension of lanes and bands, transverse, and concentric resulting gradient surface.
• Proposal of road construction and natural body shape and slopes of excavations and embankments. The calculation of earthwork volumes, Transport Vehicle Routing moment and distance. Road Drainage housing, road and highway facilities. Culverts, design and structural elements of the culverts.
• Related safety equipment and other equipment, roads and highways. Locating and collecting safety equipment, traffic signs and traffic equipment. Vegetation treatment as a safety and aesthetic element of roads.
• Types and road construction, classification, functions, properties and materials road construction. Design of structural layers of roads, and solid design flexible pavement.
• Construction of base and base layers of roads. Cemented construction technology and unbound base layers of roads.
• Light dome of roads, subdivision roads covers the view of the structural layers. Covers asphalt, cement concrete and pavement. Technology covers the building of roads and quality assessment covers.
• Maintenance and repair of road and highway pavements. Violations of roads, distribution failures, systems management roadways, technology, maintenance and repair of roads.
Exercise:
• Calculation of the basic elements of the rudder and elevator management road route.
• Calculation setting out elements of the detailed points of directional arcs. Proposal of the polygon and calculate the height alignment.
• A study of road routes in three variants.
• Technical, transport and economic evaluation of proposals for road route.
• Report and accompanying research study road route.
• Select simplified route for the project.
• Proposal of a standard cross-section of the specified categories of technical road.
• Proposal of structural layers of pavement.
• Road transport and transport equipment. The development of automobiles and road development highway network. Grading of roads. Design parameters of ground communications.
• Planning and designing roads. Route design, horizontal and vertical elements, road cross-section.
• Type and parameters of transport to road transport. Basic theory vehicle movement, performance and pulling power of the motor vehicle, rolling resistance. Braking stopping distance and the effects of vehicles on the road. Horse and vehicle stability in a straight line and arc.
• Directional design elements of roadways. Line and directional arcs clothoid design elements and its use in designing roads and highways.
• Height design elements line roads and highways. Maximum and minimum slopes
alignment and curvature of the polygon height quarries.
• Alignment of the rudder and elevator design road routes. Visibility in
direction and vertical curves.
• Surround effect road routes, road aesthetics and integration of road routes
communication in the country. Multicriteria evaluation of proposals for road route.
• Layout of roads and highways in the cross section. Widths and gradients driving belts, strips, roadside bars and additives. Extension of lanes and bands, transverse, and concentric resulting gradient surface.
• Proposal of road construction and natural body shape and slopes of excavations and embankments. The calculation of earthwork volumes, Transport Vehicle Routing moment and distance. Road Drainage housing, road and highway facilities. Culverts, design and structural elements of the culverts.
• Related safety equipment and other equipment, roads and highways. Locating and collecting safety equipment, traffic signs and traffic equipment. Vegetation treatment as a safety and aesthetic element of roads.
• Types and road construction, classification, functions, properties and materials road construction. Design of structural layers of roads, and solid design flexible pavement.
• Construction of base and base layers of roads. Cemented construction technology and unbound base layers of roads.
• Light dome of roads, subdivision roads covers the view of the structural layers. Covers asphalt, cement concrete and pavement. Technology covers the building of roads and quality assessment covers.
• Maintenance and repair of road and highway pavements. Violations of roads, distribution failures, systems management roadways, technology, maintenance and repair of roads.
Exercise:
• Calculation of the basic elements of the rudder and elevator management road route.
• Calculation setting out elements of the detailed points of directional arcs. Proposal of the polygon and calculate the height alignment.
• A study of road routes in three variants.
• Technical, transport and economic evaluation of proposals for road route.
• Report and accompanying research study road route.
• Select simplified route for the project.
• Proposal of a standard cross-section of the specified categories of technical road.
• Proposal of structural layers of pavement.