Engineering services · FEM analysis
FEM simulations for Civil Engineering
and expert consultancy
We are experts in computational methods for civil engineering, specializing in linear and non-linear FEM analyses of engineering structures. Our creative and experienced team of engineers collaborates closely with top-class research institutions worldwide.
240+
Projektów MES
18+
Lat działalności
PL/EU
Zasięg
EC2
Concrete
EC3
Steel
EC7
Geotech
EC8
Seismic
Service areas
Advanced computer simulations in civil engineering
We specialize in conducting advanced linear and non-linear FEM simulations tailored to structural engineering challenges.
01
Static Analysis
Static analysis is an essential procedure for designing a structure. It determines the structure's response to applied external forces.
02
Dynamic Analysis
Structural dynamics is a branch of analysis that evaluates the behavior of a structure subjected to dynamic loading. Dynamic loads include people, wind, waves, traffic, earthquakes, and blasts.
03
Advanced Concrete Analysis
Finite element analysis of concrete cracking and damage. The results of the analysis predict cracking behavior and patterns in concrete elements due to applied loads.
04
Fatigue Analysis
Fatigue analysis involves characterizing short- and long-term cyclic load conditions to determine the cyclic forces and strains in structural elements.
05
Thermal Analysis
Thermal structural analysis involves the application of the finite element method to calculate the temperature distribution within a solid structure caused by the thermal loads.
06
Interface Analysis
Interface elements model a thin or zero-thickness layer between continua in finite element analysis. They represent a classical approach to modeling discrete cracks, joints, and faults.
07
Contact Analysis
Contacts are an essential part of model definitions in a multibody analysis. These problems are commonly encountered in a variety of different engineering scenarios.
08
Variety of Geotechnical Analyses
FEM analysis of different problems in geotechnical field like: foundation of the structure, slope stability, excavations, consolidation and more.
09
Other Nonlinear Analysis
We are open to solving other complex non-linear challenges brought to us by our clients. Continuous learning and expanding our knowledge form the foundation of our activity.
Our process
A precise, four-step workflow
Every project follows a structured and transparent workflow designed to ensure technical accuracy, strict compliance, and on-time delivery - from the initial brief to the final verified report.
01
Scope & Requirements
We thoroughly analyse your project requirements and applicable engineering standards. We prepare precise guidelines detailing the exact input data required and our clear deliverables, ensuring full alignment before modelling begins.
02
Modelling & Simulation
Advanced 3D FEM models are constructed using industry-leading software tailored to your specific project type. We perform comprehensive structural simulations to extract, evaluate, and present all key engineering results.
03
Verification & Quality Control
To guarantee absolute reliability, all simulation results undergo rigorous and independent verification. Detailed sensitivity studies and parameter checks ensure maximum structural robustness before moving to final reporting.
04
Delivery & Final Reporting
We deliver fully documented calculation reports, comprehensive model files, and a clear executive summary. Every package is tailored and ready for design office reviews, authority submissions, or expert consensus.
Vibration Testing & Diagnostics
In-situ measurements & wave propagation
We perform comprehensive field measurements and evaluations of structural and ground-borne vibrations across residential, office, industrial, and any other exposed buildings.
ENVIRONMENTAL VIBRATIONS
Construction & Mining Impact Assessments
Specialized measurement of vibrations transmitted by the ground to structures resulting from construction works, mining activities, heavy traffic, and working machines.
MECHANICAL DIAGNOSTICS
Rotating Systems & Bearing Analysis
Expert measurements of rotating systems and analysis of bearing support health, including high-accuracy rotational speed measurements for machinery reliability diagnostics.
STRUCTURAL HEALTH MONITORING
Continuous 24/7 Vibration Monitoring
Implementation of long-term automated systems for measuring absolute and relative vibration levels to track the evolving condition of critical structures.
INDUSTRIAL FACILITIES
In-plant Embedded Device Diagnostics
Determining the specific impact of vibration emissions from machinery, devices, and production lines installed within industrial buildings on the surrounding structure.
TRANSIENT EVENTS
Impact, Shock & Resilience Testing
Measurement and analysis of structural resistance to transient high-energy events, sudden impacts, explosive shocks, and intense transient vibrations.
DAMAGE FORENSICS
Vibration-induced Damage Assessment
Predictive analysis of measured vibration data to evaluate current structural fatigue and forecast the probability and degree of future structural damage.
ENGINEERING TOOLS
Advanced software for complex engineering
Our engineering workflow is built upon a highly specialised, integrated software suite. From advanced structural and geotechnical simulations to bespoke API automation, we leverage top-tier tools to ensure absolute precision.
midas Civil
Bridge & Infrastructure FEM
midas Gen
Building structural analysis
midas FEA NX
Advanced nonlinear FEA
midas GTS NX
Geotechnical analysis
IDEA StatiCa
Connection design · CBFEM
ANSYS Mechanical
General purpose FEA
Tekla Structures
BIM & structural detailing
Python / NumPy
Automatyzacja i post-processing
Selected projects
Our project applications
Below we present several projects for which we have performed various types of numerical analyses.
Bridge engineering · Road infrastructure
Warszawski Świt Estate
Stage 1 of the construction of the Warszawski Świt estate. Multi-family residential buildings with an underground garage. Seven floors above ground.
Dynamic analysis · Industrial structure
Warsaw, Marywilska St.
Stage 2 of the construction of the housing estate on Marywilska Street. Two multi-family residential buildings connected by an underground garage.
Seismic design · Multi-storey building
Warsaw, Marywilska St.
Stage 3 of the construction of the housing estate on Marywilska Street. Multi-family residential buildings with an underground garage. Four above-ground floors.