Finite element analysis | Vibration control | Dyn Technologies

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Vibration control

Rotordynamics analysis

Consulting on Structural Analysis

Recursos

How can we help your company?

Vibration control

Viscoelastic Dynamic Absorbers

For rotating machinery or mechanical structures with high levels of vibrations, our Viscoelastic Dynamic Absorbers (VDA-DYN) are essential, providing vibration suppression and avoiding unexpected failures due to fatigue.

Watch our demo video presenting the efficacy of VDAs applied to industrial pipes.

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Vibration control Vibration absorber Vibration neutralizer Vibration suppression Vibration analysis Mass absorber Vibration damping Tube vibration Machine vibration Vibration reduction Vibrations in oil pipes Vibrations in industrial plants Vibrations in electric motors Vibrations in compressors Vibrations in turbines Vibration isolation Vibration damper

Vibration control Vibration absorber Vibration neutralizer Vibration suppression Vibration analysis Mass absorber Vibration damping Tube vibration Machine vibration Vibration reduction Vibrations in oil pipes Vibrations in industrial plants Vibrations in electric motors Vibrations in compressors Vibrations in turbines Vibration isolation Vibration damper

Áreas de Consultoria

Consulting

Structural finite element analysis

With our finite element analyses, we can assess in your design mechanical stresses, deformations, and flexibilities under static and dynamic conditions.

We aim objectives such as predicting structural failures, optimization, ensuring compliance with safety standards, and meeting specific requirements.

Save money by optimizing your project, avoiding unexpected failures and increasing its reliability.

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FEA analysis FEM Structural analysis Stress in structures Fatigue analysis Fatigue in structures Pressure vessel analysis Flexibility analysis Vibration FEA analysis Modal analysis Optimization Consulting in FEA FEA consultant Structural optimization Product design Análise por elementos finitos Método dos elementos finitos Análise estrutural Análise de tensão Análise de fadiga Fadiga em estruturas Análise estrutural de vasos de pressão Análise de flaxibilidade em estruturas Análise de vibrações por elementos finitos Análise modal Otimização estrutural Consultoria em Elementos finitos Consultor em análise por elementos finitos

FEA analysis FEM Structural analysis Stress in structures Fatigue analysis Fatigue in structures Pressure vessel analysis Flexibility analysis Vibration FEA analysis Modal analysis Optimization Consulting in FEA FEA consultant Structural optimization Product design Análise por elementos finitos Método dos elementos finitos Análise estrutural Análise de tensão Análise de fadiga Fadiga em estruturas Análise estrutural de vasos de pressão Análise de flaxibilidade em estruturas Análise de vibrações por elementos finitos Análise modal Otimização estrutural Consultoria em Elementos finitos Consultor em análise por elementos finitos

Rotordynamics analysis

Rotordynamics analysis Critical speeds Frequency response rotating machinery Rotor-bearing-systems API 648 Consulting in rotordynamics Rotordynamics consultant Rotordynamics modeshapes Rotordynamics turbines Rotordynamics electric motors Rotordynamics pumps Rotordynamics hydrogenerators Dyrobes Rotordynamics Dinâmica de rotores Análise de vibração de máquinas rotativas Cálculo de vibrações de máquinas rotativas Rotodinâmica em hidrogeradores Rotodinâmica em turbinas Rotodinâmica em bombas Consultoria em dinâmica de rotores

Rotordynamics analysis Critical speeds Frequency response rotating machinery Rotor-bearing-systems API 648 Consulting in rotordynamics Rotordynamics consultant Rotordynamics modeshapes Rotordynamics turbines Rotordynamics electric motors Rotordynamics pumps Rotordynamics hydrogenerators Dyrobes Rotordynamics Dinâmica de rotores Análise de vibração de máquinas rotativas Cálculo de vibrações de máquinas rotativas Rotodinâmica em hidrogeradores Rotodinâmica em turbinas Rotodinâmica em bombas Consultoria em dinâmica de rotores

Our rotodynamics analyses include the calculation of critical speeds, natural frequencies, dynamic stability, and harmonic responses caused by unbalance and external excitations for any type of rotating machine.

With this data, it becomes possible to tailor the project to meet standards, enhance reliability, establish safe operating speeds, and optimize the design of bearings or shafts.

Save resourses on remanufacturing by preventing unexpected failures. Gain in-depth insights into your project. Increase the reliability of your product.

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Main Clients

Rotordyamics

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