Thermo-mechanics of energy piles: fine-grained soils, cycles, and interfaces

Engineering

• Models 100%
• Grained Soil 100%
• Constitutive Model 100%
• Energy Engineering 100%
• Yield Surface 83%
• Surrounding Soil 50%
• Stress Space 50%
• Finite Element Method 33%
• Boundary Value 33%
• Serviceability 33%
• Thermal Cycle 33%
• Structure System 33%
• Finite Element Context 33%
• Base Model 33%
• Bubble 16%
• Loading Path 16%
• Thermal Impact 16%
• Element Test 16%
• Stress Path 16%
• Limited Number 16%
• Plastic Potential Function 16%
• Large Portion 16%
• Temperature Condition 16%
• Energy Types 16%
• Thermal Load 16%
• Mechanisms 16%
• Thermal Creep 16%
• Gibbs Free Energy 16%
• Foundations 16%
• Scale Test 16%
• Lode Angle θ 16%
• Stress Condition 16%
• Accident Prevention 16%
• Satisfies 16%
• Soil Pile 16%
• Interface Element 16%
• Concrete Pile 16%
• Coupling Effect 16%
• Cyclic Loads 16%
• Stress Cycle 16%
• Potential Energy 16%

INIS

• piles 100%
• energy 100%
• soils 100%
• mechanics 100%
• interfaces 100%
• surfaces 35%
• yields 30%
• finite element method 20%
• space 20%
• laboratories 15%
• values 15%
• thermodynamics 15%
• capture 15%
• algorithms 10%
• shear 10%
• gain 5%
• cooling 5%
• bubbles 5%
• coupling 5%
• range 5%
• heating 5%
• temperature dependence 5%
• temperature effects 5%
• boundary conditions 5%
• nonlinear problems 5%
• apparatus 5%
• foundations 5%
• plastics 5%
• creep 5%
• performance 5%
• safety 5%
• tools 5%
• potential energy 5%
• nuclei 5%
• loading 5%
• lifetime 5%
• dynamic loads 5%