From earthquake-resilient buildings to decade-proof vehicle chassis. We use advanced FEM simulation to validate your structural ideas before the first stone is laid or the first weld is made.
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Z Xie, J Zhao, C Liu, W Huang - Aerospace Science and Technology, 2026 - Elsevier — 1 day ago - The drag reduction characteristics of an aerospike-jet composite approach under high-speed flow conditions was comprehensively investigated in this study. Experiments …
Y Wang, S Yang, Q Yuan, S Yuan - Finite Elements in Analysis and Design, 2026 - Elsevier — 1 day ago - In this paper, a reduced element technique is proposed for adaptive finite element analysis in the maximum norm on unstructured triangulations. The conventional finite …
M Joundi, R Mehdizadeh, O Deck - Journal of Pipeline Science and …, 2026 - Elsevier — 1 day ago - This article investigates the vulnerability of buried steel gas pipelines subjected to Gaussian-shaped localized subsidence in cohesionless sands (c = 0). The study aims to …
S Masoudi, BK Das, M Tolouei-Rad - The International Journal of …, 2026 - Springer — 1 day ago - This study presents a surrogate-based computational framework for the thermo-hydraulic optimization of spiral conformal cooling channels (CCCs) used in injection …
Y Xie, M Xia, J Zhao, Y Tang, Y Han, S Li… - European Journal of …, 2026 - Elsevier — 1 day ago - The study employed numerical simulation to systematically investigate the active control effect of dual synthetic jets (DSJs) on vortex-induced vibration (VIV) of a single-…
Y Yusuf, M Adisa, L Sulaiman, J Kamaldeen - Discover Civil Engineering, 2026 - Springer — 1 day ago - This study investigates the influence of web opening geometry and placement on the structural response of Rectangular Hollow Section (RHS) beam-to-column …
Z Liu, S Miao, Z Huang - Journal of Scientific Computing, 2026 - Springer — 1 day ago - Considering the Crouzeix-Raviart finite element method for solving elliptic equations, we propose a post-processing technique to obtain a locally conservative solution. …
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S Singh, D Gahlawat, J Kaur, R Basu, AK Sharma… - Next Materials, 2026 - Elsevier — 2 days ago - In this study, we numerically investigate and optimize (Cd ∗ 1 − x Cu ∗ x )Te solar cells using SCAPS-1D, focusing on performance comparison between ungraded and …
H Xia, S Wu, Y Zhou, Y Li, W Mi, L Han, S Yang… - Frontiers in Earth … - frontiersin.org — 2 days ago - In recent decades, many road projects have encountered significant challenges due to rapid climate warming, which threaten the thermal stability of the embankments in …
ANSYS 2024 R2 Release Notes published: Introducing new solver algorithms and improved GUI for faster setup times.
Read Full Story →New breakthrough in CFD mesh optimization allows for 10x faster processing times in complex geometries.
Read Full Story →With over 14 years of experience at a Global Tier-1 Automotive leader, I bring industrial-grade standards to every project. My background isn't just in theory; I develop structural solutions that meet the world’s most rigorous safety and durability benchmarks.
I offer more than just data. Through my close partnership with HET Engineering in Salzburg/Austria, we provide a streamlined pathway for TÜV Certification. This means the simulations and calculations I provide for your building or vehicle are designed from day one to meet official regulatory standards.
From earthquake-resilient structures to chassis designed for a ten-year lifespan, you get the expertise of a high-level industry insider combined with the agility of a specialized consultant.
Expert structural analysis & certification pathways within 48 hours.
From forensic failure analysis to TÜV-ready structural certification, we provide high-fidelity simulations backed by Tier-1 industry experience.
Ensuring 10-year service life for chassis and suspension. Tier-1 standards for crashworthiness and fatigue analysis.
Seismic and wind-load simulations for buildings. Ready-to-file reports for regulatory and insurance approval.
Digital reconstruction of structural failures. We identify the root cause to prevent recalls and design flaws.
Proprietary software for shaft vibration analysis. We ensure stable operation across all RPM ranges. For more details, take a look at ShaftDyn
Automated analysis of 1,000+ industrial joints. VDI 2230 compliant checks for large-scale safety projects.
Custom Python scripts and GUI development to automate your complex engineering workflows and optimization loops.
Directly applying Tier-1 engineering standards to complex structural and vibrational challenges.
Developing fatigue life predictions and life expectancy models for a front tractor axel. By simulating extreme field-load cycles, we are optimizing the design to ensure durability in the world's harshest agricultural environments.
Developed a custom automation workflow for large-scale structural assessments. This tool enables the rapid evaluation of thousands of bolted joints according to VDI 2230, ensuring 100% safety coverage in massive industrial assemblies.
Created a standalone GUI-based software for calculating free and forced vibrations in rotary shafts. This allows for real-time visualization of critical speeds and resonance mitigation in complex motor-coupling systems.
Led the FEA for high-temperature heat exchangers. By coupling thermal and structural simulations, we identified fatigue zones and redesigned components to significantly extend operational life.
Our work meets the standards of global industry leaders and official certification bodies.
"Confidentiality is our priority. We are happy to sign Non-Disclosure Agreements (NDAs) for all sensitive project discussions."