Structural Analysis Service

Structural Analysis Service

Shiretechnik offers a wide range of structural analysis services for electronic systems during the design & development phase as per customer’s requirements. 

Structural analysis plays a crucial role in electronics design, offering several benefits

Our FEA design solutions help to meet the product’s design goals & enhancing the performance.

We provide comprehensive FEA services to meet the diverse needs of our clients.

Static Analysis

Static structural analysis is a widely used methodology to predict, understand & optimize the mechanical behaviour of assembly, parts and components under various loading conditions.

The study thoroughly investigates the deformation, stress and strain of  a mechanical system and helps achieving the structural integrity.

Modal Analysis

Modal analysis examines deformation of a system when excited by external vibrational loads.

It determines the structure’s dynamic characteristics viz. natural resonant frequencies, damping factors and the associated pattern of structural deformation called mode shapes and helps to locate the soft spots on the structure. Identifying such locations can provide engineers to design the required stability and minimising structural failure due to resonance.

Harmonic Analysis

Any cyclical loads on structural assembly produces a sustained cyclical harmonic response on structural assembly.

Harmonic analysis finds out the steady-state response of the structural system where the loads vary sinusoidally with time.

Harmonic response analysis subjects the model to constant vibrational load frequency. It uses results from modal analysis and the corresponding natural frequencies to determine the response of the model for a specific frequency range.

Random Vibration Analysis

Random Vibrational Analysis or Power Spectral Density (PSD) subjects the model under investigation to random vibrational loads containing multitude of frequencies.

By analysing their statistical properties, engineers ensure electronic systems stay in sync, no matter the rhythm.

The input load for the analysis is non-deterministic and hence can only be in multitude of frequencies.

The output for the analysis such as deformation, stresses are always statistical in nature.

Shock Test Analysis

Shock analyse evaluates the system response to a load which varies over a very small time.

The analysis results help ensuring your electronic designs stay resilient. From rugged wearables to aerospace components, we make sure your tech can handle life’s unexpected bumps.

Thermo-stress Analysis

The thermal-stress analysis is necessary to evaluate the amount of warpage caused by thermal strains and to prevent failure due to excessive stresses caused by thermal conditions.

Our FEA algorithms unravel thermal mysteries—predicting hotspots,  stress concentrations, and ensuring robust designs.

Feel free to explore the intricacies of thermal simulations and keep innovating!

Looking for Case Studies for your application? Submit your request for Case Study

To discuss your structural design requirements Contact us