Abaqus Jobs

Project Title: Finite Element Modelling and Parametric Impact Analysis of Circular Double-Skin Corrugated Concrete-Filled Steel Tubular Columns under Low-Velocity Lateral Impact Project Overview: I am conducting PhD-level research focused on the impact behaviour of circular double-skin corrugated concrete-filled steel tubular (DS-CFST) columns subjected to low-velocity lateral impact loading. The objective of this project is to develop a validated and automation-ready finite element (FE) model in LS-DYNA or Abaqus Explicit that can later be used for extensive parametric studies, machine learning dataset generation, and optimization research. The study investigates how corrugation geometry influences the impact resistance, deformation behaviour, energy absorption, and residual strength of...

I need a complete electrical-and-thermal simulation of a lithium-ion battery pack using ANSYS and, where structural coupling is useful, Abaqus. The study must cover three key areas: • Efficiency & Performance – please quantify energy capacity, charge/discharge rates, and thermal management across the full operating window. • Safety Under Various Conditions – test overcharging, short-circuiting, and extreme-temperature scenarios to identify risk points and safe operating limits. • Longevity & Lifecycle – project capacity fade and thermal degradation over repeated cycles. You may build the model from publicly available cell data or adapt one I supply once we start. Mesh quality, material properties, and boundary conditions should be clearly stat...

SCOPE OF WORK ============= We are looking for a mechanical engineer to perform a structural Finite Element Analysis (FEA) on the back frame of an ergonomic office chair, to validate compliance with BIFMA X5.1 and EN 1335-2 standards BEFORE tooling release. This is a CAD FEM analysis V1 with isotropic material assumptions (knockdown factors will be applied for fiber anisotropy and weld lines). A separate V2 with Moldflow fiber-orientation coupling will be done later by another vendor — NOT in scope here. PART INFORMATION ================ - Office chair back main frame - Material: PA6 GF30 (Polyamide 6 + 30% glass fiber, datasheet provided) - Process: plastic injection molding - Volume: 1,623,579 mm³ — Weight: 2,191 g - Overall dimensions: ~740 × 482 mm - CAD will b...

I need a licensed structural / materials engineer to take one insulated concrete panel design for a residential building and turn it into a fully-validated set of calculations and test results. Scope of calculations • Thermal insulation properties – R-value, U-value, expected energy performance across the full panel thickness. • Structural strength – bending, shear and the axial load case I will supply, with clear safety factors for residential code compliance. • Moisture behaviour can be treated qualitatively; the focus is on heat transfer and strength. Scope of testing • Laboratory-grade thermal conductivity test. • Compression test on a representative core sample. • Full-scale or coupon axial load test to confirm the calculated cap...

I need a complete electrical-and-thermal simulation of a lithium-ion battery pack using ANSYS and, where structural coupling is useful, Abaqus. The study must cover three key areas: • Efficiency & Performance – please quantify energy capacity, charge/discharge rates, and thermal management across the full operating window. • Safety Under Various Conditions – test overcharging, short-circuiting, and extreme-temperature scenarios to identify risk points and safe operating limits. • Longevity & Lifecycle – project capacity fade and thermal degradation over repeated cycles. You may build the model from publicly available cell data or adapt one I supply once we start. Mesh quality, material properties, and boundary conditions should be clearly stat...

I need a complete electrical-and-thermal simulation of a lithium-ion battery pack using ANSYS and, where structural coupling is useful, Abaqus. The study must cover three key areas: • Efficiency & Performance – please quantify energy capacity, charge/discharge rates, and thermal management across the full operating window. • Safety Under Various Conditions – test overcharging, short-circuiting, and extreme-temperature scenarios to identify risk points and safe operating limits. • Longevity & Lifecycle – project capacity fade and thermal degradation over repeated cycles. You may build the model from publicly available cell data or adapt one I supply once we start. Mesh quality, material properties, and boundary conditions should be clearly stat...