Solutions / Applications

Discover Coreform’s Impact Across Key Industries

Coreform is transforming how companies and organizations across industries approach engineering simulation. From automotive and aerospace to geotechnics and nuclear, Coreform software provides unmatched precision and reliability in solving complex engineering challenges.

Automotive

Optimizing vehicle design and safety

Coreform software is used in the automotive industry for high-fidelity simulation of components and systems to enhance vehicle performance, safety, and fuel efficiency. Engineers utilize Coreform’s advanced mesh generation capabilities for crash simulations, structural integrity tests, and more, enabling the design of safer and more efficient vehicles.

Aerospace

Advancing Aerospace Engineering and Innovation

Coreform software is essential in the aerospace industry for precise simulations of stress testing, aerodynamics, and material behavior in extreme conditions. Engineers use it to analyze aircraft, engine, and spacecraft structures, ensuring safety and performance.

Defense

Enhancing Defense Systems with Reliable Simulations

Coreform software is revolutionizing defense system design by eliminating the need for mesh generation, providing more accurate and reliable simulations of complex parts, and enhancing system durability and readiness.

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Geotechnics

Revolutionizing Non-destructive Structural Analysis in Civil Engineering

Coreform software is essential in civil engineering, enabling precise analysis of building and foundation structures. It refines the process to help engineers optimize construction and mitigate risks across a wide array of building or infrastructure applications.

Government

Supporting Critical Government Engineering Initiatives

Coreform technology is used across government agencies to run more accurate simulations on projects for infrastructure, public safety, defense, and more, providing the essential features to improve safety and increase efficiency. 

Nuclear

Ensuring Safety and Reliability in the Nuclear Sector

Coreform software is essential for modeling complex nuclear reactor systems, enabling engineers to perform stress analyses and safety evaluations for regulatory compliance and safety assurance.

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Manufacturing

Driving Precision and Efficiency in Manufacturing

Coreform software helps manufacturers optimize production by providing precise simulations for material behavior, tooling design, and structural analysis to reduce time-to-market across markets, from electronics to heavy machinery.

Research

Enabling Innovation and Discovery in Research Initiatives

Coreform software is used in research institutions and universities to advance studies in engineering simulations, enabling precise modeling of complex problems for materials studies, theory testing, and applied research.

Coreform Advantage

Coreform Flex, Coreform’s IGA software, enhances defense technology development by offering unparalleled accuracy in simulations through direct CAD integration, alongside robust capabilities for nonlinear dynamics and 3D printing optimization. This streamlines the design process and boosts the reliability and performance of critical military systems under extreme operational conditions.

Coreform Cubit, Coreform’s advanced meshing software, enables superior hex- and tet-meshing capabilities, automation through Python scripting, and support for a wide range of commercial and open-source FEA, CFD, and neutronics solvers.

Unmatched Precision and Accuracy

Coreform’s innovative Isogeometric Analysis (IGA) technology enables engineers to use exact CAD geometry in simulations, eliminating the need for geometry simplifications and mesh approximations that can compromise accuracy. With smooth, continuous surfaces powered by U-splines, Coreform ensures that even the most complex geometries are represented with precision, leading to highly accurate simulation results. This precision is especially valuable in fields where even minor deviations in geometry can lead to significant performance differences, such as aerospace or nuclear energy.

Faster Time to Solution

Coreform dramatically reduces the time required to move from design to analysis. By accepting CAD models directly, engineers can bypass time-consuming mesh generation and cleanup processes that are necessary in traditional FEA workflows. Coreform’s automated meshing and advanced solver enable faster setup and execution of simulations, which translates to shorter project turnaround times. Engineers can focus more on problem-solving and innovation rather than wrestling with model preparation, making Coreform a valuable tool for accelerating development cycles.

Reduced Cost of Product Development

Coreform reduces product development costs by streamlining the engineering workflow and minimizing time spent on model preparation. With fewer steps required for geometry preparation, meshing, and model validation, engineers can iterate faster through design and analysis cycles. The ability to perform linear and nonlinear, static and dynamic, structural and multiphysics analyses enables simultaneous testing and optimization of various design aspects. This enhanced efficiency reduces bottlenecks, accelerates project timelines, and allows teams to deliver higher-quality results, ultimately lowering overall development costs.