3D Model bolted-joint-1
This is an example of a bolted joint analysis demonstrating how the clamp force between the joint plates decreased with increasing separation load.
3D Model bolted-joint-1
This is an example of a bolted joint analysis demonstrating how the clamp force between the joint plates decreased with increasing separation load.
Designer bryantneirasuarez
Specialist Engineer in ANSYS & FRP Composites with 16+ Years’ Experience
of international experience in finite element analysis (FEA), CAD modeling, and structural engineering of wind turbine blades, FRP composites, and bolted joints. My career has been dedicated to solving
3D Modeling ABAQUS Abaqus ANSYS ANSYS ACP (Composite PrePost) ANSYS APDL ANSYS SpaceClaim Ansys Workbench ANSYS Workbench Bolted Joint Analysis CAD Design CAD Modeling CATIA Composite Structures (FRP) Concept Development dlubal rfem Engineering Services FEA Finite Element Analysis Finite Element Analysis (FEA) Mechanical Engineer Mechanical Engineering NASTRAN NX (Unigraphics) Renewable Energy Simulation Structural Analysis Structural Engineering Structural Engineering Optimization Wind Turbine Blade Design
Designer sanjeevk6
Mechanical Engineer Proffesional with ANSYS Workbench, Fluent, Hypermesh experience
design optimization, and failure analysis. Key Skills: Linear & Nonlinear FEA Static, Dynamic & Thermal Analysis Seismic & Fatigue Assessment Pressure Vessel & Piping Analysis (ASME, DNV, API) Design Validation
Abaqus Abaqus CAE Altair Hypermesh ANSYS Ansys 2025 R1 ANSYS Fluent ANSYS Mechanical Workbench API ASME Standards Bentley AutoPIPE Bentley SACS Offshore Structur Bolted Joint Analysis CAD Design CATIA CFD Analysis Civil Engineering Computational Fluid Dynamics Design Optimization Dropped Object Protection Engineering Design Fatigue Analysis FEA FEA Finite Element Analysis Fluid Flow Analysis Fluid Structure Interaction Harmonic Response HVAC Design Services Impact Simulation Linear Static Analysis Mechanical Engineering Mechanical Weldments Non-Linear Analysis PSD/Random Vibration Analysis Reverse Engineering Simulation Structural Analysis Structural Engineering Thermal & Mechanical Design Thermal Analysis Thermo Statics Anaiysis TRANSIENT FLUID FLOW ANALYSIS
Designer PRINT3D Ninja
manifold) and steady state (like coolant passages) flow conditions. Do not currently possess CFD analysis capability for freelance work, but have years of experience optimizing flow passages for high performance
2D Drawing 3D CAD Design ANSYS Mechanical APDL Autodesk Fusion 360 CAD Design Casting Casting Design CFD Analysis Concept Design Design Engineering Services Fabrication Design FEA Machine Design Material Selection MATLAB Mechanical 3D Design Mechanical 3D Modeling Mechanical Design Mechanical Engineering Onshape Part Design Product Design PTC Creo Parametric Sheet Metal Design Structural Analysis Weldment Design
Designer fayazmemon
Pressure Vessel Engineer | ASME VIII Div.1 & Div.2 | FEA Analysis | Oil & Gas
Engineer with over 15 years of specialized experience in pressure vessel design, finite element analysis, and engineering software development, serving the oil & gas, petrochemical, and process industries
2D CAD Drafting Services 2D to 3D Conversion Services 2D/ 3D Solidworks 2D/3D AUTOCAD ANSYS ansys fea ansys mechanical AutoCAD AutoCAD Drafting & Design C# Developers CAD Conversion Services CAD Design Compress Software Design Calculation Fabrication Drawings Fabrication Drawings Services FEA FEA Analysis FEA Finite Element Analysis Finite Element Analysis Load Analysis Material Selection Mechanical Drawing Services Mechanical Engineer Mechanical Engineering Microsoft Excel Macros Pressure Vessel Design PV Elite Simulation Software Developers SolidWorks Engineering Services Stress Analysis Structural Engineering Visual Studio C# Windows App Developers
3D Model Trolley Steel Structure and Mechanical Drives Design for Girder Crane
methodologies to deliver a tailored solution: Steel Structure Design • Finite Element Method (FEM) Analysis: We utilized FEM to model the trolley steel structure, simulating real-world conditions as outlined