ITB / Service Portfolio / Flow analysis / Fluid-structure interaction Fluid-structure interaction For fluid handling components, the choice of boundary conditions for a structural mechanics analysis is highly complex. Flow simulations can help to identify them. For this purpose, pressure and temperature values from the flow simulation are transferred to the component in the…
ITB / Service Portfolio / Flow analysis / Simulation of turbomachinery Simulation of turbomachinery Pumps, compressors and fans as well as turbines are complex machines. Flow simulations provide a detailed insight into the flow conditions of the machines. Local phenomena and entire perfomence maps can be investigated to verify or optimize a design. The results…
ITB / Service Portfolio / Flow analysis / Thermal flow analysis Thermal flow analysis The calculation of the thermal properties of a flow and the heat transfer with adjacent solids requires a particularly precise flow simulation. In this way, the temperature conditions of the fluid and the adjacent solids can be precisely recorded. The results…
ITB / Service Portfolio / Flow analysis / Transient flow analysis Transient flow analysis The transient computation is used for tasks in fluid mechanics, where a temporally uniform flow does not occur or the formation process of this flow is relevant. The simulation is time-resolved and thus allows a precise analysis of the flow data.…
ITB / Service Portfolio / Flow analysis / Steady-state flow analysis Steady-state flow analysis Steady-state analysis is used for tasks in fluid mechanics where the flow is uniform in time. For economic reasons, it is attempted to neglect non-significant fluctuations or, if possible, to calculate non-steady flow with quasi-static methods. The results can be further…
