Modern Earth Structures for Transport Engineering
portes grátis
Modern Earth Structures for Transport Engineering
Engineering and Sustainability Aspects
Jirasko, Daniel; Vanicek, Ivan; Vanicek, Martin
Taylor & Francis Ltd
12/2021
174
Mole
Inglês
9780367546038
15 a 20 dias
340
Descrição não disponível.
1 Introduction
2 Risk in geotechnical engineering
3 Geotechnical risk reduction during earth structures of transport engineering
4 Sustainability design approach
5 Availability and affordability approaches
6 Conclusion and final recommendations
2 Risk in geotechnical engineering
3 Geotechnical risk reduction during earth structures of transport engineering
4 Sustainability design approach
5 Availability and affordability approaches
6 Conclusion and final recommendations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Moisture Content;BOF Slags;transport engineering;Geotechnical Structures;EC 7 Geotechnical design;EU's Greenhouse Gas;functionality;Slip Surface;man-made hazards;Geotechnical Design;natural hazards;GC;floods;Entire EU;landslides;Ground Investigation Report;rock falls;Geotechnical Parameters;motorways;GDR;railways;GDR.;reconstruction;Ultimate Limit State;life expectancy;Potential Slip Surface;Earth Structures;Lifecycle Cost;Pore Pressure;Geosynthetics Reinforcement;Soil Nailing;Geological Model;Energy Savings;Geotechnical Risk;Rock Slope;Geotechnical Engineering;Slope Stability
1 Introduction
2 Risk in geotechnical engineering
3 Geotechnical risk reduction during earth structures of transport engineering
4 Sustainability design approach
5 Availability and affordability approaches
6 Conclusion and final recommendations
2 Risk in geotechnical engineering
3 Geotechnical risk reduction during earth structures of transport engineering
4 Sustainability design approach
5 Availability and affordability approaches
6 Conclusion and final recommendations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Moisture Content;BOF Slags;transport engineering;Geotechnical Structures;EC 7 Geotechnical design;EU's Greenhouse Gas;functionality;Slip Surface;man-made hazards;Geotechnical Design;natural hazards;GC;floods;Entire EU;landslides;Ground Investigation Report;rock falls;Geotechnical Parameters;motorways;GDR;railways;GDR.;reconstruction;Ultimate Limit State;life expectancy;Potential Slip Surface;Earth Structures;Lifecycle Cost;Pore Pressure;Geosynthetics Reinforcement;Soil Nailing;Geological Model;Energy Savings;Geotechnical Risk;Rock Slope;Geotechnical Engineering;Slope Stability
