Rubrika: Reference Project
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Stress Analysis of Rail Fastening System
Analysis: FEA, ANSYS, Nonlinear Contact, Bolt Pretension, Fatigue Failure Objective: Structural analysis of rail fastening was carried out to determine stress distribution over the construction especially over the pretensioned bolts.
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Analysis and Design of Machine Foundation
Analysis: FEA, ANSYS, Dynamic Analysis (Modal+Harmonic), Vibration Control and Isolation Objective: Within the scope of chemical plant modernization, concrete block foundation below the radial fan was designed.
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Dynamic Analysis and Fatigue Life Prediction of Reinforced Concrete Chamber for Testing of High Explosives
Analysis: FEA, Dynamic Analysis, Blast, Reinforced Concrete, Fatigue Life Prediction, Cyclic Load, ANSYS Objective: The principal objective of the dynamic analysis was to predict a design life of a concrete chamber for testing of explosives. The testing chamber will be used for research and testing of new explosive materials.
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Stress Analysis and Fatigue Live Prediction of a Disc Brake System
Analysis: FEA, Stress Analysis, Low Cycle and High Cycle Fatigue, Contact Analysis, ANSYS Objective: Within the scope of an innovative vehicle brake system development of a non-linear static contact analysis of a brake assembly (250+ parts) was performed. Based on the assessment of the low-cycle and high-cycle fatigue few design changes were adopted, which eliminated…
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Static Analysis of a Service Pit for Rail Vehicles
Analysis: FEA, Static Analyis, Linear Buckling, ANSYS Objective: For a load bearing capacity and serviceability assessment a detail static analysis of a service pit for rail vehicles was performed.
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User-defined material model for steel fibre reinforced concrete (SFRC)
A new custom material model for steel fibre reinforced concrete has been developed as a user material law in ANSYS simulation software. The material model has the form of the hyperbolic Drucker–Prager yield criterion. Representation of the steel fibre reinforced concrete behaviour in tension is provided by trilinear softening function. The material model takes into account thermal dependency. Results of…
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ANSYS ACT Extension: FEMFAT inside ANSYS
The ACT Extension FEMFAT for ANSYS was developed by DESIGNTEC for our customer Engineering Center Steyr GmbH & Co KG, the developer of FEMFAT software.
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Static Analysis of Railway Bridge OSKAR during Construction and Parametric Study on Uncertain Model
The primary objective of the presented project was to determine the static response of the Railway Bridge OSKAR steel structure during the construction phases.