Understand how it behaves.
Engineering analysis uses simulation, computational methods and engineering science to understand how products, components and systems behave under real operating conditions.
Turn physical behaviour into engineering knowledge.
Engineering decisions become stronger when product and system behaviour can be understood before costly physical changes are made. MATAPPLY uses engineering analysis and computational methods to investigate performance, identify failure modes, understand design behaviour and provide quantitative evidence for engineering decisions.
Analyse the physics behind the product.
Structural Analysis
Understand stresses, strains, deformation, stiffness, strength, stability and structural response under defined loading conditions.
Finite Element Analysis
Use finite element methods to investigate complex structural and physical behaviour that may be difficult to evaluate analytically.
Thermal Analysis
Understand temperature distribution, heat transfer, thermal gradients and thermally driven behaviour.
Computational Engineering
Develop numerical methods and computational models for engineering systems, calculations and simulation workflows.
From equations to simulation.
Different engineering problems require different levels of computational analysis. MATAPPLY can combine analytical, numerical and simulation-based approaches to build the appropriate engineering model.
Analytical
Engineering equations and mathematical models for understanding fundamental behaviour and relationships.
Numerical
Numerical algorithms and computational mathematics for solving engineering problems that lack simple closed-form solutions.
Simulation
Computational simulation to evaluate complex physical behaviour across defined operating conditions.
Automation
Automated engineering workflows for repeated analysis, parametric studies and computational exploration.
Analysis becomes valuable when it answers a problem.
Engineering analysis is not an end in itself. It provides the evidence needed to make better engineering decisions and solve specific problems.
Reduce Weight
Understand structural behaviour and identify opportunities to remove unnecessary material while maintaining required performance.
EXPLORE PROBLEM →Increase Performance
Use engineering analysis to understand limiting factors and improve product or system performance.
EXPLORE PROBLEM →Reduce Development Time
Use computational analysis to evaluate concepts and engineering decisions earlier in the development process.
EXPLORE PROBLEM →Reduce Cost
Understand the relationship between design, materials, performance and manufacturing to identify cost opportunities.
EXPLORE PROBLEM →Improve Manufacturability
Evaluate designs and engineering behaviour to support better manufacturing and production decisions.
EXPLORE PROBLEM →Built on engineering knowledge.
The analysis capability connects directly to the technical knowledge used to understand and solve engineering problems.
CAE & FEA
Computer-aided engineering and finite element methods for simulation and engineering analysis.
EXPLORE KNOWLEDGE →Advanced Materials
Understand how material selection and material behaviour affect engineering performance.
EXPLORE KNOWLEDGE →Engineering Optimization
Connect analysis results to systematic design improvement and computational optimization.
EXPLORE KNOWLEDGE →Applied across engineering industries.
The underlying engineering methods can be applied across different industrial environments, products and systems.
Understand the problem before changing the product.
Start with the engineering problem. MATAPPLY can connect the relevant analysis method, computational technology and engineering knowledge to the challenge.
START WITH A PROBLEM