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  • Architectural Acoustics
    • Airborne and impact transmission in building structures
    • Airborne and structure-borne noise control
    • Electroacoustics systems
    • Noise control of building systems
    • Psychophysics and psychoacoustics
    • Room Acoustics
  • Bioengineering & Human Response
    • Biodynamic Response of Human Head
    • Hand-arm vibration syndrome (HAVS)
    • Human Response to Vibration
    • Modeling of biomechanical structures
    • Response of seated human to sinusoidal vibration and impact
  • Condition Monitoring
    • Condition monitoring - damage detection
    • Damage / crack modeling and detection
  • Dynamics of Civil Structures
    • Dynamics of bridges
    • Dynamics of Tall buildings
    • Earthquake Engineering
  • Engineering Acoustics
    • Acoustic holography and acoustic imaging
    • Acoustic instrumentation and monitoring
    • Acoustic signal processing (equipment and techniques)
    • Applied sonics, promotion of useful effects, information gathering and transmission
    • Audio engineering
    • Transducers and arrays
    • Ultrasound and infrasound
    • Underwater acoustic systems
  • Identification of Mechanical Systems
    • Damping; modeling and identification
    • Fuzzy and interval methods
    • Identification of mechanical systems and diagnosis of mechanical structures
    • Inverse methods - load identification
    • Model updating and correlation
    • Non-linearities: identification and modeling
    • Parameter estimation and identification
    • Probabilistic methods
    • Transfer path analysis and source identification
    • Uncertainty identification
  • Musical Acoustics
    • Analysis and synthesis of musical sounds and composition
    • Music perception and cognition
    • Physics of musical sound production
  • Noise & Vibration Control
    • Active control of structural acoustics and vibration
    • Active Noise Control
    • Active Vibration Control
    • Adaptronics & Smart structures
    • Aeroacoustics and flow noise
    • Isolation of mechanical systems from shock and vibration
    • Multi-body dynamics and control
    • Noise generation and propagation
    • Passive and Active NVH Control
    • The effects of noise
    • Vibration isolation and nano-positioning
  • Physical Acoustics
    • Acoustical studies of structural and dynamical properties of matter
    • Biomedical ultrasound
    • Interaction of sound with light and other forms of radiation
    • Nonlinear acoustics
    • Propagation of sound through the atmosphere, fluids, and fluid-filled materials
    • Ultrasonics and infrasonics
    • Use of acoustics as a tool in studying superconductivity, dislocation in solids, and lattice vibrations
  • Psychological and Physiological Acoustics
    • Cochlear mechanics and cochlear transduction
    • Detectability of features of sounds in quiet and in the presence of other sounds
    • Physiology and biophysics of the inner ear, the auditory nerve, and higher neural centers
    • Psychological scaling of attributes of sound, psychoacoustic methodology
    • Recognition of sounds, including speech
  • Rotating Machinery
    • Dynamics of rotating machinery
    • Monitoring and diagnostics of rotating machinery
  • Shock and Vibration Testing
    • Blast Test Methods & Ground Shock
    • Dynamic testing: methods and instrumentation
    • Experimental dynamic substructuring
    • Instrumentation, including calibration techniques, for measurement and analysis of shock and vibration
    • Measurement uncertainty and variability
    • Modal testing: methods and case studies
    • Operational modal analysis
    • Shock Testing
    • Vibration and Shock Test Fixture Design
    • Vibration Test Methods & Applications
  • Signal Processing in Acoustics
    • Acoustic array systems and processing, beam-forming
    • Acoustic holography
    • Acoustic imaging, displays, pattern recognition, feature extraction
    • Acoustic sensing and acquisition
    • Acoustic signal coding, morphology, and transformation
    • Acoustic signal detection and classification, applications to control systems
    • Acoustic signal processing
    • Acoustic signal processing techniques for neural nets and learning systems
    • Adaptive processing
    • Matched field processing
    • Model-based signal processing
    • Non-stationary signal analysis, non-linear systems, and higher order statistics
    • Remote sensing methods, acoustic tomography
    • Signal processing for communications: telephony and telemetry, sound pickup and reproduction, multimedia
    • Signal processing instrumentation, integrated systems, smart transducers, devices and architectures, displays and interfaces for acoustic systems
    • Signal processing techniques for acoustic inverse problems
    • Source localization and parameter estimation
    • Space-time signal processing, other than matched field processing
    • Statistical properties of signals and noise
    • Theory of acoustic signal processing
    • Time-frequency signal processing, wavelets
    • Wave front reconstruction, acoustic time-reversal, and phase conjugation
  • Speech Communication
    • Machine processing of speech, including speech analysis, synthesis and automatic recognition
    • Speech-transmission systems
    • The acoustic, physiological, psychological, and linguistic phenomena related to the human speech process
    • The measurement and assessment of speech as to its intelligibility and its quality
  • Structural Dynamics
    • Aero-elasticity
    • Blast Effects on Structures
    • CAE methodologies for mid-frequency analysis in vibration and acoustics
    • Composite structures
    • Damping and internal friction
    • Development and application of analytical techniques
    • Energy Methods for the Characterization and Simulation of Shock and Vibration
    • Hydro-elasticity
    • Lightweight panels and structures
    • Mechanical impedance (mobility)
    • Medium and high frequency techniques
    • Modal analysis
    • Nonlinear Analysis
    • Random Vibration & Acoustics
    • Resonances of structures
    • Responses of mechanical systems to dynamic excitations
    • Self-excited vibrations
    • Simulation of environmental factors
    • Statistical Energy Analysis
    • Substructuring and coupling
    • Thin Walled Structures
    • Vibration and vibro-impacts
    • Vibration of mechanical structures and technical acoustics
    • Vibro Acoustic Analysis
    • Vibro-acoustic modelling and prediction
  • Underwater Acoustics
    • Natural and anthropogenic sound and its generation underwater; and the propagation
    • Reflection and scattering of sound in the underwater environment (the seabed and the sea surface)
  • Vehicle Dynamics
    • Railway dynamics and ground vibrations
    • Tyre/road noise and experimental validation
    • Vehicle concept modeling
    • Vehicle dynamics
    •  Vehicle noise and vibration (NVH)