Abaqus jobs
I am building a small, Pakistan-based engineering team to help me turn early-stage product concepts into fully validated, production-ready designs. Freelancers should have strong background in any of these domains of Mechanical Engineering • 3D CAD Design • Industrial ...production-ready designs. Freelancers should have strong background in any of these domains of Mechanical Engineering • 3D CAD Design • Industrial Product design • High quality rendering • Thermal Analysis • Structural Analysis • Finite Element Analysis • Computational fluid dynamics • HVAC and Heat load calculation Should have proficiency in following softwares' AUTOCAD SOLIDWORKS ABAQUS ANSYS APDL | ANSYS Fluent MATLAB | SIMULINK COMSO...
...publication-quality colored stress contour images - A short written summary/report comparing the two implant diameters (4.1 mm vs 3.3 mm) under the applied loads - Raw result files (so I can independently verify/re-plot if needed) ## Software - **Model correction:** SolidWorks (models are native SolidWorks files) - **Meshing & FEA:** ANSYS (preferred). If you plan to use an alternative (e.g., Abaqus), please state this clearly in your proposal and confirm you can still work from the corrected SolidWorks geometry. ## Required Skills & Experience - **Strong SolidWorks skills** — comfortable diagnosing and repairing complex organic/anatomical geometry (not just mechanical parts) - **Strong ANSYS skills** — meshing, contacts, boundary conditions, static structur...
...using ABAQUS 6.14-5. The task involves building the model from scratch, including reinforcement detailing, to simulate non-linear behavior of a concrete pier under static water pressure. Scope: • Develop a 3D Abaqus model, including proper reinforcement geometry and material properties. • Represent non-linear behavior using the Concrete Damaged Plasticity (CDP) model. • Apply accurate hydraulic loading so true pressure distribution is reflected. • Perform Finite Element Analysis combined with Fluid-Structure Interaction (FSI). Expected Outputs: • Stress, strain, and displacement results (non-linear response visible). • Visualizations like stress-strain contours and deformation plots. • Localized cracking risk or yielding zones properly ...
I am looking for an experienced ABAQUS/FEA specialist to help develop a numerical model for the fatigue behaviour of Textile Reinforced Concrete (TRC) composites. The project involves creating a 3D finite element model of a TRC specimen at material scale using ABAQUS. The model should include a cement-based mortar matrix and textile reinforcement (carbon and glass textiles). The work will involve defining appropriate material properties, modelling textile reinforcement, applying tensile and cyclic loading, and analysing fatigue response. The main tasks include: • Developing and refining an ABAQUS (.cae/.inp) model of TRC composites. • Selecting suitable solid elements and embedded textile reinforcement modelling techniques. • Defining mortar and tex...
I need a finite element analysis expert to evaluate a composite materials structure. The analysis should focus on: - Stress distribution - Deformation - Failure prediction Ideal skills and experience include: - Expertise in FEA software (e.g., ANSYS, Abaqus) - Strong background in composite materials behavior - Experience in structural analysis - Ability to interpret and present results clearly Please provide samples of previous FEA work.
...results show any marginal safety factor, continue with a nonlinear pass to capture yielding. Key results I expect: • Maximum allowable static load before yield • Stress and deflection plots with clear colour scales • Minimum factor of safety across all scenarios • Brief commentary on any local buckling or weld-heat-affected issues you notice Deliverables: • Native analysis files (ANSYS, Abaqus, SolidWorks Simulation, or comparable) • A concise PDF report (≤10 pages) summarising methodology, material data used for steel, mesh quality screenshots, and final recommendations • Screenshot pack in PNG/JPEG for quick review Please confirm which software you’ll use and your typical turnaround time for revisions. Once I’...
...from API 530. I can provide the allowable stresses for each case. For both cases the design metal temperature is 1390 °F. •Include the minimum length necessary of the upstream and downstream piping to run the analysis. • No external forces or moments need to be considered. • The dimensions and details of these return bends will be provided. What I expect to receive 1. Native FEA model (ANSYS, Abaqus, or comparable) plus a neutral STEP file. 2. Stress and displacement contour plots for all cases, highlighting peak stresses. 3. A concise calculation note that describes assumptions, mesh details, boundary conditions, and compares results against allowable stresses in the relevant ASME section. 4. A comparison of the maximum simulated stress vs the allowable...
...Design Verification The engineer shall verify that the floating barrier can safely withstand the expected environmental loads and provide recommendations for any design modifications required before fabrication. Phase 11 – Vessel Impact Analysis Perform a complete collision simulation between marine vessels and the floating security barrier. Scope of Work Using ANSYS Explicit Dynamics, LS-DYNA, Abaqus Explicit, or equivalent. Required analyses: * Impact simulation for different vessel sizes. * Multiple impact velocities (to be defined during the project). * Contact force calculations. * Energy absorption analysis. * Stress distribution (Von Mises). * Plastic deformation analysis. * Hinge performance evaluation. * Aluminum frame performance. * HDPE float integrity asse...
I’m looking for a detailed stress assessment of a PVC pipe that forms part of an indoor hydroponic system. The pipe carries o...Please model the pipe, run the calculations—hand, FEA, or a mix of both—and present: • a concise write-up explaining assumptions, standards, and safety factors • stress and deformation plots (mechanical) • temperature-induced stress results (thermal) • any recommendations on wall thickness, support spacing, or operating limits Native-format files of the analysis (SolidWorks, ANSYS, Abaqus, or a comparable tool) together with a PDF summary are expected so I can keep them for future audits. If something critical is missing—exact pressure, temperature range, mounting geometry—flag it early so I ...
I need a complete engineering package for a cage that slips straight onto my telescopic loader forks and safely carries six calves of about 140 kg each. Total combined ma...sensible lifting points, kick-bar protection, and no calf-snag hazards. Deliverables (all by Monday morning): • 3D model in STEP plus your native CAD format • Fully dimensioned fabrication drawings • Detailed BOM • Short calculation report summarising assumptions, boundary conditions and FEA results (images + safety factors) Use whatever combination of SolidWorks, Inventor, Fusion 360, ANSYS, Abaqus, or similar you’re comfortable with, as long as the files open without extra plugins. I’ll sign off once the model opens cleanly, the drawings and BOM match, and the report sho...
I'm seeking an experienced FEA engineer to perform dynamic analysis on an Autonomous Maherial Handling Vehicle chassis for 100 Tons load capacity, with a focus on fatigue analysis. Key Requirements: - Conduct dynamic analysis to evaluate fatig...seeking an experienced FEA engineer to perform dynamic analysis on an Autonomous Maherial Handling Vehicle chassis for 100 Tons load capacity, with a focus on fatigue analysis. Key Requirements: - Conduct dynamic analysis to evaluate fatigue. - Provide detailed reports on findings. - Recommend design improvements based on analysis. Ideal Skills and Experience: - Expertise in FEA software (ANSYS, Abaqus, etc.) - Strong background in automotive engineering. - Experience with dynamic and fatigue analysis. - Excellent analytical and re...
...feed back into the model, so if we have to tweak wall thicknesses, rib patterns or motor-arm interfaces, we do it iteratively until all three criteria pass with comfortable factors of safety. Because I’ll be taking these files straight into manufacturing, native files from SolidWorks, Fusion 360 or CATIA are acceptable, but please export STEP and STL versions as well. For the analyses, ANSYS, Abaqus or the built-in simulation suite is fine as long as you include the project files so I can reproduce the results. Deliverables: • Parametric CAD assembly of the hexacopter frame and landing gear • FEA reports covering stress, vibration (modal) and fatigue, with annotated screenshots and raw result files • A short design memo summarizing material choices, ass...
I have a set of completed Abaqus simulations and now need a sharp, data-driven interpretation of the results. The focus is purely on post-processing: extracting the stress and strain fields from the ODB files, turning them into clear visuals and metrics, and explaining what they mean for the structural stability of the frames I am studying. Here are the exact result areas that must be covered: • Maximum stress points • Stress distribution over time (load increments / steps) • Comparative analysis between different simulations • Displacement fields • Any additional indicators that speak to overall frame stability I expect plots (contours, XY curves) and a concise written discussion that pinpoints critical regions, quantifies safety margins, and co...
The CAD geometry is already finished in SolidWorks and exported (STEP and native files). I now want to see how it behaves under impact, so your job is to bring that model into Abaqus and run a full dynamic-explicit simulation focused on impact response. Key points to cover • Cleanly import the geometry, repair if needed, and create a solid mesh suitable for high-speed contact events. • Assign a hyperelastic material law; I will supply the test data curves, but you may need to fit them in Abaqus/CAE. • Define contact, boundary conditions, initial velocity or impact energy, and an appropriate analysis step so that the results capture stresses, strains, and deformation history without excessive run time. • Provide contour plots, time-history graphs, ...
...capture soil–structure interaction and all three layers of non-linear fidelity I specify: material nonlinearity (Mander or Kent–Park concrete, steel B–H curves), geometric nonlinearity (P-Δ, large-displacement effects) and a detailed element mesh that resolves plastic hinge formation in beams, columns and shear walls. Any platform is acceptable—ETABS + PERFORM-3D, OpenSees, SAP2000 nonlinear, or Abaqus—so long as the results can be cross-checked and exported. From the IDA, generate fragility curves at Immediate Occupancy, Life Safety and Collapse Prevention, then translate those into a fragility-based vulnerability assessment for the entire Zone V region. The final document must end with clear design recommendations indicating how drift limits...
I need a complete static structural study carried out in Abaqus to map the stress distribution of a component. Once we start, I will share the native CAD model together with the service load cases and fixing points. The work involves importing the geometry, assigning the material data I provide, choosing suitable elements, meshing for convergence, then running the static step to capture accurate Von Mises and principal stress fields. After the solve, I want clear contour plots, tables of peak values, and a brief PDF note that explains the setup choices, boundary conditions, and any sensitivity checks you performed. Please deliver the Abaqus *.cae or *.inp files along with the post-processing output so I can reproduce the results locally. If anything in the setup needs c...
...the duty cycle I provide and run static, dynamic and fatigue simulations. • Extract von Mises stresses, deflections, contact pressures, and identify critical locations. • Estimate gear tooth life using AGMA or ISO methodology and correlate with the FEA results. • Size and select suitable bearings, documenting L10 life, fit and lubrication notes. Deliverables 1. Editable FEA model (ANSYS, Abaqus or SolidWorks Simulation). 2. PDF report with methodology, assumptions, mesh screenshots, plots, fatigue calculations and bearing selection rationale. 3. Spreadsheet of key results and safety factors. 4. Short call or written hand-over clarifying any open points. Acceptance Criteria • Peak stresses and fatigue factors of safety are clearly listed for g...
...architecture / body structure engineering * Experience in OEM or Tier 1 automotive programs * Strong knowledge of vehicle packaging and hard point systems * Experience working with scanned OEM data or platform-based development * Proficiency in CATIA or Siemens NX * Understanding of structural behavior, crash load paths and stiffness targets * Experience collaborating with CAE teams (LS-DYNA / Abaqus is a plus) Nice to have * Experience with Mercedes-Benz platforms or similar OEM architectures * Restomod, motorsport or low-volume vehicle experience * Carbon fiber or mixed-material structures * Experience in reverse engineering / scan-to-CAD workflows Languages * English required * Russian is a plus What we offer * Work on unique high-end restomod projects * Full design free...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...model of a monument-type building created in Abaqus/CAE and taken all the way through a detailed thermal analysis. The core objective is to understand temperature distributions and heat-induced stresses throughout the structure under realistic boundary conditions. You will start by recreating the monument’s geometry (I can share sketches and key dimensions once we start), assign appropriate concrete or stone material data, and then apply the thermal loads I will specify—solar gain, ambient convection, and a transient temperature cycle. Mesh quality must be fine enough to capture hotspots around corners and joints without inflating run times unnecessarily, so please use sensible element sizing and mesh controls. Deliverables I expect: • The native Abaqus ...
...in ABAQUS/CAE. The goal is to quantify dynamic stiffness and damping when the foundation is subjected to harmonic loading and to understand how those properties change with excitation frequency, soil shear modulus, and pile length. Please build non-linear soil–pile interaction models, run frequency-domain analyses, and extract the complex impedance functions across the required frequency range. After the runs, post-process the results in MATLAB, Excel, or Python so I can clearly see: • dynamic stiffness versus frequency • dynamic damping versus frequency • side-by-side parametric comparisons for the three varied parameters (soil shear modulus, pile length, excitation frequency). Deliverables that will allow me to reproduce and publish the study: ...
...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 double-skin concrete-filled tubular columns. The model will be used for generating a large numb...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
I need detailed finite-element simulations carried out in ABAQUS for a structural problem I am working on. Because design decisions hinge on these results, a solid structural-engineering background is essential; please bring a clear grasp of mechanics, load paths, and code-level safety checks to the table. Scope You will build or refine the ABAQUS model, assign appropriate material definitions, apply the load cases and boundary conditions I provide, then run and post-process the analysis. Typical outputs I expect include stress and strain contours, reaction forces, displacement plots, and any stability or fatigue indicators relevant to the scenario. Deliverables • ABAQUS *.cae and *.inp files ready for re-run, and .odb files. • A concise PDF report su...
...maps, displacement maps, critical zone identification, local FoS - Fatigue analysis with S-N curve used - Compliance summary table per load case and per standard - Design modification recommendations if needed 2. Native FEM files (Ansys .wbpz, Abaqus .cae, or equivalent) 3. One 1-hour video call to walk through results REQUIRED QUALIFICATIONS ======================= - Mechanical engineer with proven FEA experience on injection-molded plastic parts - Owns commercial license for at least ONE of: Ansys Mechanical, Abaqus, NX Nastran, OptiStruct - Owns CAD software license (SolidWorks, Catia, NX, or Creo) to open STEP files and perform minor geometry preparation if needed - Previous experience with glass-fiber reinforced thermoplastics (PA6/PA66 GF, PBT ...
...1. Calculation package (PDF + native files) showing formulas, input data and results. 2. Test plan referencing the relevant ASTM / ISO standards and the equipment you will use. 3. Raw test data and a concise report that compares measured values to the calculated predictions. 4. One summary sheet that I can submit to my local residential permit office. Finite-element tools such as ANSYS, Abaqus or SAP2000 are welcome but not mandatory as long as the methodology is transparent and reproducible. Timeline, lab access and any sample preparation requirements can be agreed once you review the panel drawings I will provide on award....
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench project, an...
...finite-element model of a reinforced-concrete beam–column joint in Abaqus 2017 and need help finalising the nonlinear setup for a reversed cyclic loading protocol. The goal is to generate reliable hysteresis curves that show the full pinching behaviour caused by bond-slip, while also reproducing concrete cracking, crushing and any strength degradation that follows. Scope of the model • All joint dimensions, the exact rebar detailing and realistic concrete material properties have to be represented so that strain localisation and confinement effects emerge naturally. • Bond–slip must be treated explicitly. If you already have a reinforced-concrete bond UMAT or can write one from scratch, it must compile and run in Abaqus 2017 without licensing...
I am in the final semester of my in Civil Engineering and my capstone project involves a finite element analysis of the historic Rang Ghar using ABAQUS. The core aim is to verify the monument’s overall structural stability; within that scope, I need particular attention on: • Foundation stability • Wall deformation patterns What I already have – Accurate architectural drawings and basic material assumptions gathered from published studies – Preliminary hand calculations outlining expected stress ranges What I need from you I’m looking for a full ABAQUS workflow: model creation, meshing strategy, boundary-condition definition, load case set-up, nonlinear analysis (if required), post-processing, and a concise interpretation of the...
I recently completed full-scale tests on a fiber-reinforced concrete slab-on-grade and now need to reproduce and validate those results in Abaqus. The job is strictly a structural analysis task, with deformation behaviour taking priority over every other response. You will have access to my raw experimental set that includes load–displacement curves from the actuator, embedded strain-gauge readings, and high-resolution crack-pattern photos taken at each load step. Here is what I expect from the collaboration: • Build or refine an Abaqus model of the slab (solid or shell elements are acceptable provided the mesh can capture localised cracking). • Represent the fibre contribution accurately—either through concrete damage plasticity with adjusted post-p...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...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 stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench proje...
...rated load • Dynamic / impact simulation for sudden pick-ups and trolley travel • Fatigue life estimation for the expected duty cycle Stability/Buckling Analysis All calculations must satisfy the relevant DIN and EN requirements for lifting equipment. I’ll supply detailed 3D geometry (STEP or native SolidWorks), load cases, and basic boundary information. You will refine the setup in ANSYS, Abaqus or SolidWorks Simulation, model realistic contact and support conditions, and evaluate bolted as well as welded joints. Your deliverable is a concise, traceable report that includes: assumptions, material data, mesh strategy, boundary conditions, validation checks, results plots, safety factors, and clear pass/fail conclusions. Native solver files should accompany ...
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 fi...
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...
I need the complete Abaqus recreation of the paper “Numerical Investigation of the Post-Fire Performance of Steel Columns,” followed by an extended parametric study. The first milestone is a strict numerical validation: every figure and every table published in the reference study must be reproduced in my own report, generated directly from your Abaqus output. That means matching residual capacity curves, temperature-dependent stress-strain responses, failure modes, and any tabulated ultimate load data within an acceptable engineering tolerance. Once the benchmark model is confirmed, the second milestone broadens the scope into a parametric investigation. Two preliminary paths are on the table—(A) carbon-steel columns where geometry, slenderness λ, a...
I need a clean, well-documented static FEA study of a shift fork carried out entirely in Abaqus. The key outcome is a clear picture of the stress distribution throughout the component under its working load. You will receive the 3-D model and loading / boundary conditions; your task is to mesh, run the simulation, post-process the results and return: • The complete Abaqus input file set, ready to rerun. • Contour plots and images that highlight critical stress zones. • A concise report summarising methodology, mesh quality, material data, and numeric results, with brief engineering commentary. Please attach examples of past work that show similar static studies. If you also handle dynamic or thermal cases that is a plus, but for this assignment only...
The experimental tests on I-sec and C-sections I have and whatever you find in the literature. The development of the FE model with abaqus (again I will give you this) and you can use my paper for inspo Use the data you obtain with abaqus to present similar plots to the ones from the paper.
Abaqus and SAP2000 Expert Needed for Structural Modeling and Validation Project Description I am looking for an experienced structural engineer/freelancer with strong expertise in Abaqus and SAP2000 to support an academic structural modeling project related to bridge analysis. The work involves: Completing and refining numerical models Performing nonlinear structural analysis Checking model consistency between two software platforms Providing clear technical documentation and validation results This is a research-level project, so I need someone who understands both the software and the structural behavior behind the model. Requirements Strong experience with Abaqus nonlinear analysis Good experience with SAP2000 Background in concrete/steel structural modeling A...
...complete, calculation-backed design package—structural sizing, fire performance verification, and a calibrated Abaqus model—that demonstrates compliance with the International Building Code (IBC). My intention is to wrap the members in proprietary fire-proof cladding rather than intumescent paints or concrete encasement, so the analysis must capture both the mechanical and thermal contribution of that cladding system. Key deliverables • Section selection and capacity calculations for every column at service and ultimate limit states • 120-minute fire rating verification, including thermal analysis of the cladding and resulting strength-reduction curves • A ready-to-run Abaqus file (with material cards, boundary conditions, and load steps c...
...and expected dynamic scenarios (sudden stops, sway, minor impact). • Use the correct steel material properties; I have the grade and test results ready. • Report principal stresses, deflection, natural frequencies, and safety factors for each scenario. • Highlight critical welds, lug holes, and splice bolted joints in a brief commentary. Deliverables 1. Editable FEA file set (ANSYS, Abaqus, or similar) 2. PDF report with assumptions, screenshots, plots, and pass/fail summary 3. A short call or written memo outlining recommended design tweaks, if any Acceptance criteria • Mesh independence shown with at least one refinement check • Max von Mises stress and deflection within allowable limits set in the spec sheet • Dynamic analy...
...animation of the drop sequence that visualises the deformation in real time You may go beyond these points by adding more stress or force insights, but the items above are non-negotiable. The budget is fixed at ₹5000, so only respond if you are comfortable working within that limit and already have proven automotive or heavy-structural simulation experience in SolidWorks Simulation, ANSYS, Abaqus or a comparable tool. Once I review the final report, animation and native simulation file, the project will be marked complete. For More details Contact person on the project : Suraj [Removed by Freelancer.com Admin]...
...loading definitions • Crack-growth life predictions for at least the 10 most critical locations, accompanied by sensitivity checks on load spectrum and material scatter • A well-structured report (PDF + editable source) that documents methodology, governing equations, mesh independence, verification steps and design recommendations • Native files for any software used (e.g., ANSYS Workbench, Abaqus, MATLAB scripts) so results can be reproduced internally Acceptance criteria • Stress-intensity or energy-release rate convergence better than 5 % • Life predictions benchmarked against at least one published study or test datum • All input data and assumptions traceable and clearly cited If something in the brief is unclear, feel free to...
...animation of the drop sequence that visualises the deformation in real time You may go beyond these points by adding more stress or force insights, but the items above are non-negotiable. The budget is fixed at ₹5000, so only respond if you are comfortable working within that limit and already have proven automotive or heavy-structural simulation experience in SolidWorks Simulation, ANSYS, Abaqus or a comparable tool. Once I review the final report, animation and native simulation file, the project will be marked complete. For More details Contact person on the project : Suraj [Removed by Freelancer.com Admin]...
I need assistance with a finite element analysis (FEA) assignment in aerospace engineering. Assignment brief will be provided. Ideal skills and experience: - Expertise in FEA software (ANSYS, Abaqus, etc.) - Strong background in aerospace engineering principles - Experience with structural analysis - Ability to understand and follow detailed assignment briefs - Authentic research and work required Please share your relevant qualifications and experience.
