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Engineering Services for Diagnosis, Modeling, and Solution of Noise and Vibration Problems

KI

Sanchez Climent KINETIA

Zürich (Dörflistrasse 62, 8050 Zürich)New on Amplifa

2018Founded in Zurich
EinzelunternehmenLegal Form, UID CHE-223.746.956 (Canton ZH)
+20 JahreFrancisco S. Climent's experience in Noise and

About KINETIA

KINETIA (Sanchez Climent KINETIA) was founded in Zurich in 2018 and is an engineering office specializing in Noise and Vibration. The company diagnoses and solves noise and vibration problems in industrial and structural systems such as pumps, blowers, gearboxes, pipelines, and support structures. The typical process includes on-site measurement campaigns, dynamic characterization of structures using modal analysis and Operational Deflection Shapes, and the creation of numerical models (FEM, CFD, acoustic simulation with MSC Nastran/ACTRAN and SEA), where countermeasures are tested virtually. Other services include long-term monitoring of noise and vibration signals, identification of sound sources using acoustic cameras (gfai), sound quality analysis using characteristics such as Loudness and Sharpness, and certification of noise and vibration levels. For already running systems, components such as pump or blower coupling parts are redesigned to prevent resonance. Project references include INTECSA, CT As Pontes, DIRA Digital, and ICR SL (EU project PIANO, acoustic model of the AW-609 airplane cabin).

Site
Zürich
Processes
Noise and Vibration recordings / Monitoring (Medium- and long-term monitoring of noise and, Dynamic Characterization of Structures (Dynamic Characterization of Structures), Modal Analysis (experimental modal analysis / Operational Deflection Shapes), Acoustic Sources Identification (Acoustic Camera, Sound Source Identification), Sound Quality Analysis (Loudness, Sharpness, Tone-to-Noise ratio), FEM / FE Modeling and Simulation (e.g., Solid Element FEM, FE Model Update with Measurement Data), CFD Modeling (dynamic load distribution), Acoustic Simulation (MSC Nastran -> ACTRAN, SEA calculation, acoustic model airplane cabin)
Materials
Finite Element Modeling, CFD Modeling, Acoustic Simulation (MSC Nastran/ACTRAN, SEA)
Certificates
Certification of Noise and Vibration Levels
Founded
2018
Industries
Industry (Machinery, Pumps, Blowers, Pipeline Systems), Aerospace, Construction/Structures, Environmental Technology, Engineering Consultancy, Environmental/Electrical Consulting
  1. 01

    On-site Measurement Campaign (Noise and Vibration Recordings)

  2. 02

    Dynamic Characterization / Modal Analysis

  3. 03

    Numerical Modeling (FEM, CFD, Acoustic Simulation)

  4. 04

    Virtual Testing of Countermeasures

  5. 05

    Physical Implementation and Verification

Methods and Tools

FEM

Finite Element Modeling

FE models, including solid elements and model updates with measurement data, to predict vibration behavior and test countermeasures.

CFD

CFD Modeling

Investigation of dynamic load distribution, e.g., in turbulent flow in pipeline inlets.

ACTRAN

Acoustic Simulation (MSC Nastran/ACTRAN, SEA)

Statistical Energy Analysis and acoustic cabin models, e.g., for the AW-609 airplane in the EU project PIANO.

Location

Zürich

CH

Headquarters, Engineering, and Project Work

  • Acoustic Camera (gfai)
  • MSC Nastran
  • ACTRAN

Industries

Industry (Machinery, Pumps, Blowers, Pipeline Systems)AerospaceConstruction/StructuresEnvironmental TechnologyEngineering ConsultancyEnvironmental/Electrical ConsultingMechanical EngineeringConsulting

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Noise and Vibration recordings / Monitoring (Medium- and long-term monitoring of noise andTesting–––––
Dynamic Characterization of Structures (Dynamic Characterization of Structures)Testing–––––
Modal Analysis (experimental modal analysis / Operational Deflection Shapes)Testing–––––
Acoustic Sources Identification (Acoustic Camera, Sound Source Identification)Testing–––––
Sound Quality Analysis (Loudness, Sharpness, Tone-to-Noise ratio)Testing–––––
FEM / FE Modeling and Simulation (e.g., Solid Element FEM, FE Model Update with Measurement Data)Engineering–––––
CFD Modeling (dynamic load distribution)Engineering–––––
Acoustic Simulation (MSC Nastran -> ACTRAN, SEA calculation, acoustic model airplane cabin)Engineering–––––
Structural Redesign of Components to Prevent Resonance/Vibration (Design Change, e.g.,Engineering–––––
Diagnosis and Solution of Vibration/Noise Problems in Machinery (Pumps, Blowers, Ducts,Engineering–––––
Certification of Noise and Vibration LevelsTesting–––––

1 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
Acoustic Cameragfai–––Zürich

Additional services

Noise and Vibration Diagnosis (On-site Measurements)Long-term Monitoring and Recording of Noise and Vibration SignalsDynamic Characterization of Structures / Modal AnalysisAcoustic Source Identification (Acoustic Cameras)Sound Quality AnalysisCreation of Numerical Models (FEM, CFD, SEA/ACTRAN)Certification of Noise and Vibration LevelsRedesign of Components to Prevent Resonance

Reference customers

INTECSACT As PontesDIRA DigitalICR SL

Quality and Certification

Noise and vibration levels are measured and certified; Sound Quality characteristics such as Loudness, Sharpness, and Tone-to-Noise Ratio are used for evaluation.

EvidenceZürich
Certification of Noise and Vibration Levels

History

  1. 2018

    Founding of KINETIA in Zurich with a focus on Noise and Vibration Engineering Services.

  2. 2018

    Solution of a vibration problem in the cyclone pipeline system for INTECSA, in cooperation with ICR (February 2018).

  3. 2018

    Vibration diagnosis of two blowers for INTECSA (March 2018).

  4. 2019

    Design change of two vertical circulating pumps (Flowserve) for CT As Pontes; measurement data by PREDITEC (January 2019).

  5. 2019

    Entry in the Swiss Commercial Register as Sanchez Climent KINETIA, Sole Proprietorship, Dörflistrasse 62, 8050 Zurich (July 19, 2019).

  6. 2020

    Redesign of the coupling parts of a blower fan for DIRA Digital using a Solid Element FEM model (March 2020).

  7. 2022

    Acoustic model of the passenger cabin of the AW-609 aircraft (MSC Nastran/ACTRAN, SEA) within the framework of the EU project PIANO for ICR SL (June 2022).

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