Akustik & NVH Division

Industrieakustik, Umweltlärm und NVH-Designanalyse.

Design- und Analyseunterstützung für Industrielärm, Maschinenakustik, Strukturdynamik, Schwingungskontrolle, akustische Modellierung und Produktklangqualität. Messleistungen sind nicht das Kernangebot.

Akustik-Scope besprechen Portfolio ansehen

Design-orientiertes Acoustic Engineering

NoiseIndustrie- und Umweltprognose

NVHMaschinen- und Produktschwingung

FEM/BEMNumerische Akustikmodelle

TPAPfad- und Quellranking

Akustik- und NVH-Designportfolio

Fokus auf Design, Prognose, Simulation, Analyse und Minderungsstrategie. Vor-Ort-Messkampagnen werden bewusst nicht als Primärleistung positioniert.

Industrial Acoustics

Noise-source ranking, transmission path review, plant noise reduction concepts and acoustic planning support.

Technical Acoustics

Low-noise machine design, acoustic specifications, enclosure concepts and noise reduction measures.

Environmental Noise Prediction

Commercial and industrial noise forecasts, acoustic maps, immission points and mitigation concepts.

Structural Dynamics

Numerical vibration analysis, modal behaviour, resonance control and vibration isolation concepts.

Acoustic Simulation

FEM/BEM-based acoustic modelling, sound radiation review, coupled structure-fluid interpretation.

Psychoacoustics & Sound Quality

Tonality, sharpness, roughness, perceived sound quality and product sound target definition.

Nur Design und Analyse

Geräusch- und Schwingungsthemen lösen, bevor sie teuer werden.

Vom Quellranking bis zur akustischen Gegenmaßnahme.

Source ranking and dominant-path identification
Noise barrier, enclosure and silencer concept design
Machine acoustics and low-noise product development
Structural dynamics, resonance and vibration isolation
Acoustic maps, forecasts and environmental impact interpretation

Numerische und akustische Analyseverfahren

Simulationsgestützte Engineering-Methoden für Maschinen, Strukturen, Anlagen und Produkte.

Numerical modal and structural analysis — Numerical Structural DynamicsFEM-based mode shapes, resonance and vibration response

Flow-related acoustic sources — Flow-Related Noise ReviewFlow behaviour that can drive acoustic problems

Structure-borne sound and vibration — Structure-Borne NoiseMounts, brackets, frames and vibration transmission paths

Acoustic applications — Acoustic Mitigation ConceptsEnclosures, barriers, silencers and local design adaptations

Wo Akustik- und NVH-Unterstützung passt

Industrial facilities, machinery, off-highway vehicles, HVAC, process plants, marine, rail, energy and product development.

Industrial plantsPlant-noise strategy and acoustic mitigation design.

Environmental acousticsForecasts, immission points and noise-control concepts.

MachineryAirborne and structure-borne noise support.

Vehicles & off-highwayCabin, operator comfort and structural vibration analysis.

HVAC systemsFlow-related noise, duct acoustics and comfort analysis.

Products & enclosuresSound quality, enclosure design and NVH-driven refinement.

Marine & railAcoustic comfort and vibration path interpretation.

Energy systemsPlant noise, rotating equipment and acoustic mitigation.