ITB / The ITB service portfolio / Flow analysis / Component optimisation Component optimisation Component optimisation allows competitive advantages to be achieved through higher component quality, while simultaneously keeping production and maintenance costs as low as possible. Based on our experience and through engineering approaches, we already regularly submit proposals for the optimisation of components…
ITB / The ITB service portfolio / Flow analysis / Sensitivity analysis and robustness analysis Sensitivity analysis and robustness analysis For more in-depth examinations of your components, based on FEM structure calculations, we offer you the sensitivity analysis and the robustness analysis. In the context of sensitivity analysis, we can identify the optimisation potential…
ITB / Service Portfolio / Flow analysis / Fluid-structure-interaction flow analysis Fluid-structure-interaction flow analysis For flow-around components, the choice of boundary conditions for a structural-mechanical analysis is highly complex. Flow simulations can help to infect them. For this purpose, pressure and temperature values from the flow simulation are transferred to the component in the structural…
ITB / Service Portfolio / Flow analysis / Rotating machines Rotating machines 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 maps can be investigated to verify or optimize a design. The results can be further…
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…
INTERLOCKING UNITS OF AN AIRSHIP HANGAR The new Hangar of the WDL Group The new Hangar of the WDL Group, to be built at the end of 2022, will not only provide a home for the airship “Theo”, but can also be used as an event hall for about 1500 people. The two gate…
Lastaufnahmemittel
Lastaufnahmemittel
Lastaufnahmemittel
ITB / Overview of our references / Our expertise / defence Defence Verification according to BVO43 and BVO230 In the field of defence technology, we have experience in performing FEM calculations of Surface Warships. The operational purposes of Surface Warships are manifold. They are used for Defense Alliance, Crisis prevention or for humanitarian missions. Defence…
ITB / Overview of our references / Our expertise / Heat treatment Heat Treatment Preliminary investigation using the FEM simulation Heat treatment can be used to reduce residual stresses and thus increase the load-bearing capacity of components or welded joints. This involves heating the component to the necessary annealing temperature. In the case of components…
ITB / Overview of our references / Our expertise / Pressure vessels Pressure Vessels Verification according to Pressure Equipment Directive 2014/68/EU The Pressure Equipment Directive regulates the manufacturing, design and conformity assessment requirements for Pressure Vessels before their commercialization. With the help of the FEM simulation, we provide verifications for our customers for pressure vessels…
ITB / Overview of our references / Our expertise / Gast turbines Gas turbines Verification according to DIN EN 13445-3, AD 2000 and ASME BPVC Gas turbine power plants are characterized by high efficiency and flexibility. They can respond to fluctuations in power generation from renewable sources within a very short time. As a result,…
ITB / Overview of our references / Our expertise / Fixture engenieering Fixture engenieering Verification according to DIN EN 1993, DIN EN 13001, DIN EN 13155 and KTA The fixtures are used to erect, position, guide or support the machine or machine parts during their assembly, disassembly and operation. Customized solutions ranging from simple designs…
ITB / Overview of our references / Our expertise / Load Handling equipment Load Handling equipment Verification according to DIN EN 13155 and DIN EN 14238 According to Directive 2006/42/EC, load handling equipment is defined as a component that is not part of the hoist, that enable the load to be gripped and that is…
Festigkeitsnachweis
ITB / The ITB service portfolio / Knowledge sharing / Ansys APDL programming Ansys APDL programming The centrepiece of the Ansys Mechanical calculation software is still formed today by the programming language Ansys APDL. ANSYS Software has the capability of performing wide range of analysis like Thermal, Acoustic, Structural, etc. Irrespective of the type of…
ITB / The ITB service portfolio / Knowledge sharing / Onsite service Onsite service In addition to our calculation services, we also offer you onsite service in your own premises. This service can be structured in various manners. Employee secondment Within the framework of the German Employee Secondment Act, we are permitted to temporarily…
