:: mechanical engineering | ||
D.2.3-I.3.26-Modelling in energy and process engineering |
D.2.3-I.3.27-Fluid dynamics interaction |
D.2.3-I.3.28-Тhеоry of flow through the turbomachinery cascades |
D.2.3-I.3.29-Numerical simulation of fluid flow |
D.2.3-I.3.3-Virtual Product Development |
D.2.3-I.3.4-Design of railway vehicles |
D.2.3-I.3.5-Design of Power Sources |
D.2.3-I.3.6-Geared Power Transmissions |
D.2.3-I.3.7 Multidomain simulation and Model-Based Design in Product Development |
D.2.3-I.3.8 Decision Methods |
D.2.3-I.3.9-Intelligent transportation systems |
D.3.1-L.1.1 Engineering Experiment and Application Software in Mechanics.doc |
D.3.1-L.1.2-Metrology and design of experiments |
D.3.1-L.1.3-Design of diagnostic systems |
D.3.1-L.1.4-Measurement and monitoring of transportation and logistics systems |
D.3.1-L.1.6 Computer Systems for Acquisition and Control |
D.3.1-L.1.7 Measurement Techniques in Mechatronics |
D.3.1-L.1.8-Measurements in energy and process engineering |
D.3.2-I.4.1 Stochastic Processes in Mechanical Systems |
D.3.2-I.4.10-Dynamics of mobile machines |
D.3.2-I.4.11-Modeling and process optimization |
D.3.2-I.4.12 Behaviour of Materials in Usage |
D.3.2-I.4.13-Modern Concepts, Methods and Tools of Management |
D.3.2-I.4.14-Selected topics in polymer processing |
D.3.2-I.4.15-Industrial and flexible automation in production |
D.3.2-I.4.16 Product life cycle management |
D.3.2-I.4.17 Ubiquitous computing |
D.3.2-I.4.18 Information systems in manufacturing |
D.3.2-I.4.19-Analysis and simiulation in biomechanics |
D.3.2-I.4.2 Theory and stability of composite plates and shells |