Abaqus Jobs

I’m building a finite-element model in Abaqus to replicate a push-out test where steel beams are connected to CLT slabs. The sole objective is to capture and understand the deformation behaviours that develop throughout the load history, rather than ultimate strength or specific failure modes. Here’s what I need from you: • An accurately meshed, non-linear Abaqus model that represents the steel beam-to-CLT connection used in push-out testing (material orthotropy for CLT, contact definitions, appropriate boundary conditions, and loading protocol). • Post-processing that isolates global and local deformations and presents them as clear, publication-ready graphs and charts (force–slip curves, displacement contours, etc.). • All input files, output da...

This project focuses on the validation of an experimental investigation on a novel Concrete-Filled Steel Tube (CFST) pier-to-foundation connection with tubed RC encasement using advanced finite element modeling in ABAQUS. The objective is to reproduce the experimental/numerical work presented in and verify the accuracy of the FE model by comparing: Load–displacement (load-drift) behavior Failure modes (FM1, FM2, FM3) Stress and strain distribution Lateral resistance and stiffness The ABAQUS model includes: Concrete Damaged Plasticity (CDP) for concrete Steel modeled with elastic–plastic behavior Surface-to-surface contact with friction Embedded constraints for reinforcement Boundary conditions simulating real test setup Validation is performed by comparing FE results with ...

I'm seeking a mechanical engineer specializing in vehicle dynamics to optimize ride comfort by refining our independent suspension system. The focus areas include: - Suspension Optimization: Improve performance to minimize vibrations and enhance ride quality including vibro-acoustics. - Finite Element Analysis (FEA): Assess and simulate suspension input loads to inform design modifications. - Multibody Dynamics: Analyze the interaction of vehicle components to ensure durability and comfort. Ideal candidates will have: - Expertise in ride comfort and suspension systems - Proficiency in FEA and multibody dynamics software - Strong background in mechanical engineering and vehicle dynamics Please provide relevant experience and approach.