TUM Classification System – MTA

MTA: Engineering Mechanics, Engineering Thermodynamics, Engineering Acoustics

Übersicht

MTA 000: Belonging to the Subject; not further Classified

MTA 170: Lightweight Construction (in Vehicle Construction and Mechanical Engineering)

MTA 001: Engineering Mechanics

MTA 200: Kinematics

MTA 010: Mechanics of Solid Bodies; Mechanics of Rigid Bodies

MTA 250: Kinetics; Dynamics

MTA 020: Strength of Materials

MTA 300: Fluid Mechanics; Mechanics of Fluids and Gases

MTA 050: Elasticity; Elastomechanics

MTA 500: Mechanics of Other Media

MTA 070: Plasticity; Plastomechanics; Viscoelasticity

MTA 550: Technical Vibrations; Mechanical Vibrations

MTA 080: Photoelasticity; Experimental Stress Analysis

MTA 600: Technical Thermodynamics

MTA 090: Structural Mechanics (Structural Dynamics)

MTA 900: Technical Acoustics; Sound Technology; Sound Abatement

MTA 100: Statics

MTA 000: Belonging to the Subject; not further Classified
MTA 001: Engineering Mechanics
- Mechanics see PHY 200 ff
- MTA 009: Mathematical Principles and Data Processing in Engineering Mechanics
  Mathematical Principles and Data Processing in Fluid Mechanics see MTA 309
MTA 010: Mechanics of Solid Bodies; Mechanics of Rigid Bodies
MTA 020: Strength of Materials
- Strength Test see WER 720
- MTA 025: Strength According to Type of Stress (Tensile Strength, Compressive Strength, Flexural Strength, ...)
- MTA 030: Strength According to Duration (Operation Strength, Endurance Strength,dynamic Strength,...)
- MTA 035: Fracture Mechanics; Material Fatigue; Crack Formation
  Stress Cracking Corrosion see WER 830
- MTA 045: Other
MTA 050: Elasticity; Elastomechanics
- Elasticity Theory see PHY 202
- MTA 055: Elastostatics
- MTA 060: Stress, Relaxation; Lateral Contraction
  Photoelasticity, Stress Analysis see MTA 080
- MTA 065: Torsion
- MTA 069: Other
MTA 070: Plasticity; Plastomechanics; Viscoelasticity
- Rheology; Viscosity; Viscoelasticity see PHY 216
- MTA 073: Deformation; Strain
- MTA 076: Distortion ; Plastic Flow
- MTA 079: Other
MTA 080: Photoelasticity; Experimental Stress Analysis
MTA 090: Structural Mechanics (Structural Dynamics)
MTA 100: Statics
- Statics, Structural Analysis see BAU 150
- MTA 110: Ropes and Chains
- MTA 120: Bars and Beams
- MTA 140: Plates and Shells
  - MTA 145: Plates
  - MTA 150: Discs
  - MTA 155: Shells
  - MTA 160: Cylinders
- MTA 165: Other
MTA 170: Lightweight Construction (in Vehicle Construction and Mechanical Engineering)
- MTA 180: Stability
  - MTA 185: Bending
  - MTA 190: Buckling
  - MTA 195: Buckling of Plates and Shells
- MTA 198: Other
MTA 200: Kinematics
- Mechanisms, Machine Kinematics see MAS 016
MTA 250: Kinetics; Dynamics
- Machine Dynamics see MAS 019
- MTA 260: Gyroscopes
- MTA 270: Rotating Objects; Rotor; Counter-Balancing
  Machine Dynamics (Multibody System) see MAS 019
  
  Turbine Rotor see MAS 573
- MTA 280: Ballistics
  Rocket Ballistics see VER 770
- MTA 290: Other
MTA 300: Fluid Mechanics; Mechanics of Fluids and Gases
- Turbine Flow see MAS 567
- Flow Acoustics see MTA 960
- Rheology see PHY 216
- Continuum Mechanics see PHY 210
- Flow Measurement Technology see MSR 340
- Multiphase Flow; Multiphase Systems; Phase Equilibrium; Heterogeneous Systems see CIT 280
- Fluid Mechanics; Hydrodynamics; Aerodynamics see also PHY 220 ff
- MTA 309: Mathematical Principles and Data Processing in Fluid Mechanics, Computational Fluid Dynamics
- MTA 320: Hydraulics
  Hydraulics in Water Engineering see BAU 680 ff
  
  Oil Hydraulics see MAS 680
  - MTA 330: Pipe Flow; Channel Flow; Diffusor Flow; Cascade Flow
  - MTA 340: Open-Channel Flow
  - MTA 350: Free Jet
- MTA 380: Hydromechanics; Hydrodynamics; Incompressible Flow
  Hydrostatics see also PHY 219
  
  Fluid Mechanics; Hydrodynamics; Aerodynamics see also PHY 220 ff
- MTA 390: Aerodynamics; Gas Dynamics
  Motor Vehicle Aerodynamics see VER 026
  
  Aerodynamics of Rockets and Spacecraft see VER 760
  
  Aeronautical Aerodynamics see VER 505 ff
  
  Building Aerodynamics see BAU 158
  
  Dynamics of Diluted Gases; Gas Dynamics see also PHY 228
- MTA 400: Compressible Flow; Gas Flow
  Compressible Media Flow see also PHY 227
  - MTA 405: Subsonic Flow
  - MTA 410: Transonic Flow
  - MTA 415: Supersonic Flow; Hypersonic Flow
  - MTA 420: Flow Around Profiles (including Wing Profiles)
    
    Airfoils, Wings, Fuselage and their Aerodynamics see VER 520
  - MTA 425: Shock Waves
    
    Explosion in General, Explosives see CIT 650
  - MTA 430: Others on Compressible Flow
- MTA 450: Boundary Layers / Boundary-Layer Flow
- MTA 460: Turbulence; Turbulent Flow; Vortex
  Turbulent Flow see also PHY 223
  
  Rotating Flow; Vortex see also PHY 225 ff
- MTA 480: Cavitation
  Cavitation Erosion see WER 825
- MTA 490: Others on Fluid Mechanics
MTA 500: Mechanics of Other Media
- MTA 510: Mechanics of Porous Media
  Sintered Materials; Porous Materials; Metal Foams; Granular Materials see WER 460
- MTA 530: Mechanics of Granular Materials; Bulk Material Flow
  Dusts; Powder; Particles; Aerosols (incl. Particle Size Determination) see CIT 290
MTA 550: Technical Vibrations; Mechanical Vibrations
- Structural Mechanics see MTA 090
- Vehicle Vibrations see VER 028
- Machine Tool Vibrations see FER 935
- Vibration Measurement see MSR 328
- MTA 560: Impact; Shock
  Springs in General; Shock Absorbers see also MAS 170
- MTA 580: Vibration Damping
- MTA 590: Other
MTA 600: Technical Thermodynamics
- Thermodynamics; Statistical Physics see PHY 050
- Thermodynamics in General see PHY 051 ff
- Thermal Process Engineering see also CIT 200 ff
- MTA 620: Thermodynamic State of Objects (Phase Equilibrium)
  - MTA 625: Exergy; Internal Energy; Free Energy
  - MTA 630: Equations of State (Pvt: Pressure, Volume, Temperature); State Variables; Joule-Thomson Effect
  - MTA 635: Enthalpy (Is Diagrams: Enthalpy-Entropy-Diagrams)
- MTA 640: Thermodynamics of Gases and Gaseous Mixtures
  - MTA 645: Thermodynamic Cycles
  - MTA 650: Entropy
  - MTA 659: Other
- MTA 660: Thermodynamics of Vapours
  Evaporating; Condensing; Boiling; Volatilizing see also CIT 205
- MTA 680: Thermodynamics of Mixed Phases (Vapour-Gas Mixtures,vapour-Fluid Mixtures)
  Multiphase Flow; Multiphase Systems; Phase Equilibrium; Heterogeneous Systems see also CIT 280
- MTA 690: Thermomechanics
  Heat Treatment (Thermo-Mechanical Treatment) Ofmetals; Steel Refinement see HUE 800
- MTA 700: Heat and Mass Transfer
  Boiling , Condensing see CIT 205
  
  Heat Engineering; Thermal Energy Economics >>> Heat Economy;thermal Energy >>> Heat Supply (MTA 700) see also ERG 500 ff
  - MTA 720: Heat Transfer; Heat Exchange; Heat Transport; Heat Pipe
    
    Heat Accumulator see ERG 820
    
    Heat Flow; Thermodynamic Processes; Heat Conduction; Heat Radiation see also PHY 052 ff
    
    MTA 730: Heat Transfer; Heat Transmission
    
    MTA 750: Heat Conduction
    
    MTA 770: Heat Convection
    
    MTA 790: Heat Radiation
  - MTA 800: Mass Transfer
    
    Mass Transport see CIT 020 ff
    
    MTA 810: Mass Exchange
- MTA 850: Heat Exchangers; Cooling; Cooling Towers
  Cooling in Air-Conditioning Technology see MAS 960
  - MTA 880: Heat Insulation
    
    Heat Engineering; Thermal Energy Economics >>> Heat Economy;thermal Energy >>> Heat Supply (MTA 700) see ERG 500
    
    Thermal Insulation see also ARC 110
    
    Insulating Materials see also BAU 344 ff
- MTA 890: Others on Thermodynamics
MTA 900: Technical Acoustics; Sound Technology; Sound Abatement
- Noise Pollution see UMW 250 ff
- Machine Acoustics see MAS 021
- Acoustics see ARC 325
- Electroacoustics; Audio Engineering; Recording Technology see ELT 770 ff
- Acoustics see also PHY 250 ff
- Sound Insulation see also ARC 105
- MTA 920: Sound Field; Structure-Borne Sound; Fluid-Borne Sound
- MTA 940: Ultrasonic Technology; Infrasonic Technology
  Shock see MTA 560
  
  Ultrasonic Processing see FER 783
  
  Ultrasonic Testing; Acoustic Emission Analysis see WER 750
  
  Ultrasonic Welding see FER 575
- MTA 960: Sound Generation; Flow Acoustics
- MTA 990: Other