SDC Verifier is software to check FEA models according to rules and regulations. In contrary to other code checking software, it directly checks your existing model and no remodeling or recalculation is required. SDC Verifier is available as add-in for femap, ansys and simcenter.
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In Finite Element Analysis (FEA), mesh plays a crucial role in transforming real-world structures into a numerical model that can be analyzed. It consists of […]
The post What Is Mesh in Finite Element Analysis (FEA)? appeared first on SDC Verifier.
Solar panel frames must withstand heavy loads like snow, wind, and weight. Without precise engineering, they risk failure, inefficiencies, and unnecessary material use — leading […]
The post How SDC Verifier Helped Rable Optimize Solar Panel Frames for Weak Roofs appeared first on SDC Verifier.
Engineers must evaluate preload, load dynamics, material compatibility, joint stiffness, and stress distribution in designing practical bolted joints. These elements ensure the joint can withstand […]
The post Ensuring Joint Integrity with Bolt Connection Calculations appeared first on SDC Verifier.
Parametric geometry is revolutionizing structural design and optimization, offering engineers a cutting-edge approach to modeling and problem-solving. By embedding design logic and constraints directly into […]
The post Parametric Geometry in Structural Design: Efficiency, Precision, and Optimization appeared first on SDC Verifier.
Every maritime engineer knows the stakes: vessels must withstand relentless forces — compressive loads that threaten buckling and cyclic stresses that induce fatigue cracks. These […]
The post Structural Verification in Ship Design: A Practical Guide for Engineers appeared first on SDC Verifier.
Manual midsurface extraction in finite element analysis (FEA) can be tedious, error-prone, and time-consuming — especially for complex geometries or large assemblies. Engineers need a […]
The post Midsurface Modeling: Simplifying Complex 3D Geometry for Faster FEA appeared first on SDC Verifier.
The transition from Computer-Aided Design (CAD) to Finite Element Analysis (FEA) is a crucial step in engineering, where design models are tested for real-world performance. […]
The post From CAD to FEA: How Geometry Bridges the Design-Analysis Gap appeared first on SDC Verifier.
