Civil Structural FEA

Advanced Civil Structural Engineering Solutions

Through Structural Analysis and Design, Earthquake Engineering, and customized solutions such as Steel Skid Packages and Pre-Engineered Building Systems, ENA2 supports clients across industrial, commercial, and infrastructure sectors. Leveraging cutting-edge simulation tools, code compliance expertise, and decades of practical field experience, we help ensure strength, safety, and long-term performance of critical structures.

Client Benefits

Our civil and structural engineering services help clients streamline permitting, enhance constructability, and minimize risk. From Railing and Crane Support Systems to Fall Arrest Safety Design, our solutions integrate seamlessly with client workflows — enabling early clash detection, optimal material usage, and design efficiency. Using advanced foundation modeling and seismic response assessments, we ensure compliance with regional codes while reducing rework and project delays.

Case Studies

Softwares Capabilities

Interested in Civil Structural Engineering Services?

We’re Here to Solve Your Civil Structural

FEA Challanges

Civil Structural FEA Services

Linear Static Structural Analysis

  • Load-displacement behavior under applied forces
  • Deflection, reaction forces, and internal stress result

Nonlinear Static Analysis

  • Material nonlinearity (concrete cracking, steel yielding)
  • Geometric nonlinearity (large deformation, buckling)

Modal & Frequency Analysis

  • Natural frequencies and mode shapes
  • Vibration characteristics of buildings and structural frames

Buckling Analysis

  • Linear and nonlinear buckling of columns, frames, and shells
  • Load capacity verification against critical buckling loads

Fatigue and Life Prediction (Structural Components)

  • Fatigue stress evaluation in steel joints, welds, and bolted assemblies
  • Structural durability and failure point prediction

Dynamic Analysis (Time and Frequency Domain)

  • Response to impact, blast, seismic, or vibrational loads
  • Transient or harmonic loading simulations

Concrete Simulation

  • Rebar modeling within slabs, columns, and beams
  • Cracking behavior and load path validation

Soil-Structure Interaction

  • Simulation of raft foundations, piles, or slabs with soil pressure loads
  • Contact and support boundary behavior

Precast and Modular Element Analysis

  • Finite element modeling of precast panels or modular load paths
  • Transport and lifting condition verification

Joint and Connection Stress Analysis

  • Stress distribution in gusset plates, anchor bolts, and shear connectors
  • Verification under combined axial, shear, and bending loads

Code-Based Stress Checks

  • Evaluation per structural design codes (CSA, AISC)
  • Support for stamped analysis reports and engineering review