Search for dissertations about: "Temperature values of simulation"
Showing result 1 - 5 of 69 swedish dissertations containing the words Temperature values of simulation.
-
1. Nonlinear Numerical Simulations of Interactions Between Ice Rubble and Structure
Abstract : This research is focused on three distinct but interconnecting topics:1) investigation of physical and mechanical properties of ice rubble, 2) material modelling of ice rubble, 3) numerical simulation of the interaction between ice rubble structure interaction. large scatter in the values of physical and mechanical properties of ice rubble can be seen in the literature due to non-standardised methods. READ MORE
-
2. Primary energy use of residential buildings : implications of materials, modelling and design approaches
Abstract : Buildings can play an essential role in the transition to a sustainable society. Different strategies, including improved energy efficiency in buildings, substitution of carbon intensive materials and fuels, efficient energy supply among others can be employed for this purpose. READ MORE
-
3. Design of ground source heat pump systems. Thermal modelling and evaluation of boreholes
Abstract : Ground source heat pump systems are fast becoming state-of-the-art technology to meet the heating and cooling requirements of the buildings. These systems have high energy efficiency potential which results in environmental and economical advantages. READ MORE
-
4. Fundamentals of substructure dynamics : In-situ experiments and numerical simulation
Abstract : Substructure dynamics incorporate all features occurring on a subgrain-scale. The substructure governs the rheology of a rock, which in turn determines how it will respond to different processes during tectonic changes. READ MORE
-
5. Simulation of Stainless Steel Tube Extrusion
Abstract : The simulation of hot extrusion processes is a difficult and challenging problem in process modeling. This is due to very large deformations, high strain rates and large temperature changes during the process. READ MORE