Composite Simulation for High-Performance Structures
Simulate, optimize, and innovate with advanced composite simulation solutions. Using cutting-edge finite element analysis (FEA), predict the behavior of layered materials under complex loads. Composite structures, built from distinct fiber and resin constituents, require precise composite simulation of laminate interactions, ply orientations, and stacking sequences for structural integrity and lightweight, high-performance designs.
Our Composite Simulation Expertise
At MSTECH Sweden, we deliver fast, reliable composite simulation services that reduce development time, improve material efficiency, and support innovation across aerospace, automotive, energy, and sports equipment industries. Empower your engineering decisions with precise, cost-effective modeling, topology optimization, and virtual prototyping.
Our team offers extensive experience in composite simulation, tackling even the most complex challenges. We excel in:
• Ply-by-Ply Layup Definitions: Accurately representing your composite structures layer by layer for precise FEA.
• Progressive Damage and Failure Criteria: Applying industry-standard methods like Tsai-Wu, Hashin, and Puck criteria to predict progressive failure, delamination, and fiber breakage under multiaxial loads.
• Coupled Mechanical-Thermal Analyses: Evaluating how temperature variations, moisture absorption, and thermal cycling impact laminate performance and long-term durability.
With a strong background in aerospace, automotive, marine, and sports equipment composites, we tailor our composite simulation workflows to meet your specific project demands, including material characterization, fatigue life prediction, and crashworthiness analysis.
What We Offer?
Comprehensive composite modeling services designed to support innovation, reduce development cycles, and ensure structural integrity. From initial model setup to advanced simulations and automation, our end-to-end solutions empower engineering teams to achieve lightweight, durable, and high-performance composite structures tailored for automotive, aerospace, marine, and energy sectors.
Model Setup
Custom laminate definitions, optimized meshing strategies, and material library development tailored to your materials and applications
Advanced Simulation
Detailed failure analysis, fatigue life prediction, and crash and impact modeling to ensure your designs perform in real-world scenarios
Optimization & Automation
Scripting and computer-aided engineering (CAE) workflow automation, parameter studies, and design-of-experiments to streamline and enhance your design process
Verification & Validation
Benchmarking simulations against experimental data, comprehensive documentation, and training to empower your team
Related Services
Enhance your composite simulations with comprehensive system-level analysis covering structural stress, fatigue life, and custom material modeling. Explore our related services below:
Why Choose Us
Partnering with MSTECH Sweden means gaining access to industry-leading expertise in composite simulation and FEA-driven structural optimization. We deliver measurable value with:
- Proven Expertise: Backed by years of consulting experience and peer-reviewed research in advanced composite modeling and laminate theory applications.
- Tangible Results: Demonstrated success in accelerating development timelines, boosting CAE accuracy, and delivering cost-effective engineering solutions.
- Seamless Collaboration: Transparent communication, on-time deliverables, and post-project technical support ensure continuity and client satisfaction.
We prioritize results that matter: faster CAE workflows, higher simulation fidelity, and designs that perform with confidence in real-world conditions.