What is a Mesh?
A mesh is a collection of vertices, edges, and faces that together define the shape of a 3D object. Typically composed of triangles or quadrilaterals, a mesh serves as a fundamental representation in computer-aided engineering and visualization.
It allows complex surfaces to be approximated with precision, breaks down 3D models into smaller elements for finite element analysis (FEA) or computational fluid dynamics (CFD), and provides a practical way to visualize structures such as buildings, machines, terrain, or even human organs.
Comprehensive 3D Meshing Services
Surface Meshing
We provide high-accuracy surface meshing, creating clean triangular or quadrilateral grids on the outer layer of a model. This service is essential for visualization or boundary layer simulations, ensuring that even complex geometries are represented with precision.
Volume Meshing
Our team delivers robust volume meshing that fills the entire 3D space inside a model with well-structured elements. This approach is widely used for structural, thermal, or fluid analysis, where internal accuracy directly impacts the reliability of results.
Mesh Optimization
We specialize in optimizing existing meshes by reducing skewness, eliminating redundant elements, and improving overall quality. Optimized meshes run faster in solvers and provide more accurate results, minimizing computational costs without compromising precision.
CAD To Mesh Conversion
We converts 3D CAD models from platforms like SolidWorks, Revit, or Autodesk into solver-ready mesh formats. Our process includes geometry healing and cleaning, ensuring smooth conversion and compatibility with major CAE and CFD tools.
Custom Meshing For Industries
We tailor meshing solutions to meet the needs of different industries such as oil & gas, mining, aerospace, and automotive. By aligning mesh strategies with industry standards and unique simulation requirements, we deliver reliable meshes that support better design and analysis.
Applications Across Industries
Oil & gas
From subsea pipelines to massive offshore platforms, our meshing services deliver accurate models for both flow dynamics and structural stress analysis. We ensure complex geometries such as risers, valves, and manifolds are captured with precision, enabling engineers to predict performance under extreme conditions.
Mining
Whether it’s modeling rugged surface terrain or intricate underground tunnels, we provide meshes that support both geological and mechanical simulations. Our expertise extends to equipment like mixing tanks and ventilation systems, helping mining operations evaluate safety, airflow, and efficiency.
Industrial equipment
For turbines, pumps, fans, and heat exchangers, our meshes are optimized to handle rotating machinery and thermal flow studies. We create detailed yet efficient models that reduce solver time while maintaining accuracy, giving manufacturers a reliable foundation for design improvements.
Civil engineering
From skyscrapers to bridges and dams, we support engineers with meshes that simulate seismic performance, load-bearing capacity, and wind comfort. Our meshes help ensure structural resilience, safety, and compliance, providing confidence in both everyday use and extreme-event scenarios.
Automotive
Our meshing services create detailed and reliable models for automotive components—from chassis to powertrains. By capturing complex geometries accurately, we support CFD and FEA simulations for crash analysis, aerodynamics, and heat transfer. This enables engineers to optimize performance, reduce weight, and enhance fuel efficiency.
Aerospace
We deliver high-quality meshes for aircraft and spacecraft systems, ensuring precision in components like turbine blades and fuselage panels. Our meshes support aerodynamic, structural, and thermal analyses with exceptional accuracy. Engineers gain the insights needed to improve safety, performance, and efficiency in demanding flight conditions.
Why Harmony AT is Your Best Meshing Partner?
High mesh quality
We deliver meshes with clean, uniform elements—triangles, quads, tets, or hexes—crafted to minimize skewness and distortion. The result is a stable, accurate foundation that drives better simulation outcomes.
Simulation efficiency
Our meshing strategies are designed to balance detail with performance. By optimizing element counts and distribution, we reduce solver runtime without sacrificing precision, helping you save time and resources.
Expert engineers
With over 5 years of hands-on experience in CAE and CFD, our team has worked across industries from oil & gas to civil engineering. We understand the unique challenges of each sector and adapt our meshing to meet them.
Software-ready delivery
We ensure seamless integration into your workflow. Our meshes are fully compatible with leading platforms such as Ansys, Abaqus, SolidWorks, and Autodesk, so you can move from CAD to simulation with zero friction.
Our Streamlined 4-Step Process
1. Send CAD or Requirements
Simply share your CAD files in formats like STEP, IGES, Parasolid, or STL—or even just a clear project brief. We can work with raw geometry or cleaned-up models, making it easy to get started without extra prep work.
2. Analysis & quote
We reviews your files and outlines the best meshing approach. You’ll receive a transparent quote that details the proposed strategy, estimated element count, and turnaround time—so you know exactly what to expect.
3. Meshing & quality assurance
We generate your mesh with precision, applying strict quality standards. Every project is checked for skewness, orthogonality, aspect ratio, and y⁺ requirements, ensuring accuracy and solver stability.
4. Delivery & support
You’ll receive a solver-ready mesh along with a quality report for full transparency. Need small adjustments? Quick revisions are included to make sure your model is perfectly aligned with your simulation goals.
