Abaqustrabajos

Necesito hacer un análisis de una estructura de metal en abaqus

Actualmente me encuentro trabajando en un proyecto a través del software Matlab. El objetivo del proyecto es el de elaborar un scrip que permita modelar de manera gráfica un laminado de material compuesto, preguntando al usuario d...se ha de introducir un defecto causado por efectos de fabricación, dicho defecto tendrá la forma de una función a trozos. A la hora de introducir el defecto, nuevamente se le ha de preguntar al usuario acerca de la longitud de dicho defecto y la capa del laminado donde se asocia tal defecto. Es necesario la parametrización de este scrip debido a que posteriormente se trabajará con otro programa (Abaqus) y de esta manera se agiliza el proceso cuando sea necesario cambiar defectos y espesores de lámin...

Hola Jose Alfredo, soy el mismo del proyecto de un video curso de Abaqus, respondeme y asi puedo hablar contigo y explicarte mas acerca del proyecto

Me gustaría un videocurso de varias clases (varios vídeos) que tratara sobre como utilizar Abaqus, para aprender a utilizarlo y aplicarlo en ingeniería. La duración mínima en total sumando todos los vídeos de mínimo 30 minutos. Idioma español.

Estamos buscando a un Ingeniero Mecánico para realizar una simulación en Abaqus del impacto de un proyectil en un chaleco antibalas. Nota: el material que se le entregará al cliente incluye también los renderizados. Seria solo realizar la simulación y obtener algunas fotos de como se ha realizado el ensayo y resultados de algunos valores como tensiones o proporciona en 3D(CAD): chaleco antibalas, torso de un cuerpo humano y la bala. Ademas las propiedades de los materiales a usar y la fecha máxima de entrega debe de ser el 7-2-2020. Por favor para la elaboración del ejercicio es imprescindible redactarlo en español, nativo. Copyright 2014-2020 – Formación Sagan Tanto alumnos como profesores están somet...

Redacción de investigación Redacción entre 3 y 4 hojas acerca de definicion de elementos cohesivos y metodo xfem en programa ABAQUS, describir su aplicación en modelización de grieta y en mecánica de la fractura. Y finalmente discutir las ventajas y desventajas de cada método

...Stainless Steel (grade to be confirmed) Support: Hatch supported on surrounding concrete / steel structure (details provided) Deliverables Signed & stamped FEA report (PDF) FEA screenshots / contour plots Clear statement of compliance Editable source file (optional but preferred) Software Requirements The analysis must be performed using recognized engineering software such as: ANSYS Abaqus SolidWorks Simulation STAAD / similar professional tools Required Freelancer Profile Structural or Mechanical Engineer Proven experience with FEA of steel structures Experience with access covers / hatches / plates Ability to work with Eurocode / BS / ASCE standards Previous FEA report samples preferred Important Notes This is analysis only – no redesign required ...

...stress analysis on it. I need to be confident that the final model meets safety requirements before it heads to manufacturing. Material is fixed: steel. I will clarify the exact loading and operating conditions after I send over the drawing, but your analysis should at minimum cover static and fatigue considerations typical for rotating shafts. If you like working in ANSYS, SolidWorks Simulation, Abaqus, or an equivalent FEA package, that’s perfect—use whichever you are fastest with. Deliverables: • Native CAD file of the finished shaft • FEA setup files and result plots • Short report summarising max stresses, safety factors, and any recommendations for geometry or material tweaks Please keep your communication clear and share interim screensh...

...stress analysis on it. I need to be confident that the final model meets safety requirements before it heads to manufacturing. Material is fixed: steel. I will clarify the exact loading and operating conditions after I send over the drawing, but your analysis should at minimum cover static and fatigue considerations typical for rotating shafts. If you like working in ANSYS, SolidWorks Simulation, Abaqus, or an equivalent FEA package, that’s perfect—use whichever you are fastest with. Deliverables: • Native CAD file of the finished shaft • FEA setup files and result plots • Short report summarising max stresses, safety factors, and any recommendations for geometry or material tweaks Please keep your communication clear and share interim screensh...

I need a basic 2D numerical model in ABAQUS for an academic project. The objective is to compare ground vibration with and without borehole isolation near a railway line. This is not an industrial-grade simulation and not a full train–track interaction model. The model must be simple, stable, and explainable for viva. Scope of Work 2D layered soil domain (clay) Linear elastic or equivalent-linear soil model Harmonic vertical load applied at ground surface Case 1: Without isolation Case 2: Single row of vertical boreholes (voids) between load and building Absorbing / viscous boundaries on left, right, and bottom Dynamic analysis (time-history or harmonic) Soil Properties Layered clay profile up to 15.5 m depth Density: 1700–1760 kg/m³ Shear wave ve...

...I will provide • Tractor details (model and basic specs) • Any preferred nozzle spacing/height • Local fabrication capabilities • Typical field and road conditions ________________________________________ Skills/Software desired • Mechanical design for agricultural/off-highway equipment • Folding boom / long weldments experience • CAD: SolidWorks / Inventor / Creo (or equivalent) • CAE: ANSYS / Abaqus / Nastran / SolidWorks Simulation (or equivalent) • Modal + dynamic/vibration experience; fatigue is a plus ________________________________________ Screening questions (please answer) 1. Share an example of a folding structure you designed (boom/crane/implement arm) and its approximate length. 2. Which CAD + analysis tools will you use f...

...files) is ready for import. After we agree on the simulation strategy, you’ll refine the mesh, set realistic boundary conditions, run the studies, iterate the model where necessary, and wrap everything up in language that manufacturing and management can both understand. Key deliverables: • Updated CAD model reflecting any geometry tweaks • Native project files from your chosen software (ANSYS, Abaqus, COMSOL, SolidWorks Simulation, or equivalent) • A concise engineering report with visuals that highlights assumptions, safety factors, and clear recommendations Prefer hands-on experience with industry-standard solvers and a track record of translating simulation insight into manufacturable design changes. Let’s discuss your initial approach, tools,...

...the architecture, size every gear pair, select materials, and produce an accurate solid model. Once the model is ready I want the design checked with finite-element and motion studies so we can confirm tooth contact, shaft deflection, bearing loads, and overall efficiency. Thermal behaviour under sustained load is also important; the simulation package you use (SolidWorks Simulation, ANSYS, Abaqus, or similar) should let us iterate quickly. Deliverables • Native CAD files plus neutral formats (STEP, IGES) • Complete drawing set with tolerances and surface-finish call-outs • Simulation reports including assumptions, meshes, boundary conditions, results, and commentary • A concise design summary highlighting safety factors and any trade-offs made ...

...welding between Zircaloy-4 and Stainless Steel 316L and need a complete finite-element model built in Abaqus. The core goal is to predict the joint strength and provide temperature-dependent stress-strain results at the weld interface. The model must couple thermal and mechanical behaviour, include frictional heat generation, flash formation and pressure cycles, and track cooling to room temperature so that residual stresses are captured. I already hold part of the material dataset, but several thermal-mechanical properties (especially at high temperature for Zircaloy-4) are still missing; please source reputable values from literature and cite them in the report. Deliverables • Abaqus CAE/INP files ready to run • A brief setup guide describing boundary con...

...will be provided, I expect several design iterations of the most promising design. After each run we may tweak wall thicknesses, fillets, or snap features based on your findings, then send back the revised CAD. Please tell me: - typical solver hours you need per iteration, - your turnaround time from receiving a new file to delivering an updated report, - the FEA package you’ll use (ANSYS, Abaqus, SolidWorks Simulation or any comparable tool is fine), - any likely communication delays so I can plan around the PST time zone. Deliverables per iteration 1. A concise PDF report with stress/strain plots, displacement data, and clear pass/fail commentary on tensile and flexural criteria. 2. Recommended geometry or material adjustments to reach target safety factors...

I have two full-scale test specimens, each formed by joining a pair of reinforced-concrete beams with bolted connections. My goal is to replicate these assemblies in ABAQUS, capture their long-term creep behaviour, validate every response against my complete experimental database, and then run a focused parametric study. Scope of work • Build a detailed 3-D FE model of the twin-beam system in ABAQUS, including concrete damaged plasticity, embedded reinforcement, bolt shank–plate interaction, and a suitable creep law. • Calibrate and fine-tune the model until the load–deflection, slip, and strain histories match the laboratory results for both specimens. • Once the model is proven, investigate how performance shifts when (a) bolt diameter and ...

This project focuses solely on the model-setup phase of a Discrete Element Method (DEM) simulation in Abaqus. I already have the physical problem defined; what is missing is a clean, simulation-ready model. Your job is to open Abaqus/CAE, configure the DEM contacts and particle interactions, assign materials, and prepare all steps so I can run the analysis without further tweaking. You will start from either neutral CAD geometry or a simple sketch that I will supply, then: • build or import the geometry, • create and seed the discrete particles, • define contact laws and boundary conditions, • assign material properties and time-step controls, • save and deliver a fully functional .cae and corresponding .inp file, plus a short note explainin...

...strength requirements. Abaqus is my preferred solver for this job, but if you wish to validate intermediate steps in SolidWorks Simulation, ANSYS, or a comparable package before exporting to Abaqus, that is perfectly acceptable as long as the final report is generated from Abaqus results. The report must follow the factor-of-safety format I provide, reference relevant ISO standards, and show every equation clearly so that another engineer can reproduce the work without digging into the CAE model. Deliverables • PDF report that mirrors my template, including factor-of-safety calculations, fully written-out equations, and ISO standard citations. • Annotated stress and displacement plots highlighting critical locations on the frame, gears, and brackets. ...

I have a ...different features, I am the designer, I will generate the mesh-able models for each iteration that will be compared to the baseline from milestone 1. Key Requirements: - A comprehensive FEA report including stress, strain, and displacement results. - Analysis should account for material properties and loading conditions. Ideal Skills and Experience: - Proficiency in FEA software (e.g., ANSYS, Abaqus). - Strong background in structural engineering. - Experience with steel structures and static load analysis. Please provide samples of similar work done. This is meant to be a longer term relationship working through the development cycle. The hope is that you can evaluate the overall goal and help focus on that rather than just the bare minimum milestone. (as did the ...

...generate a ready-to-run Abaqus .inp file. The model sits in a Cartesian coordinate system and every member uses a rectangular cross-section, so the script has to pick those details up automatically. Core workflow I need: • Read node coordinates, element connectivity and rectangular profile data directly from Dynamo. • Write an .inp file that reproduces the truss in Abaqus, including material & section definitions, element sets and node sets. • Transfer basic boundary conditions (supports, loads) so the model can be submitted in Abaqus/CAE without manual editing. Please structure the code so that geometry extraction, section assignment and boundary-condition mapping sit in separate functions; that will let me expand the routine later. If you...

...directly from the model. I will also provide a brief sample of the calculation format I expect—factor-of-safety approach, clearly laid-out equations, references to standards where relevant. Please base the study on the existing loading diagram included in the files; no need to redesign, just prove the current geometry meets strength requirements. You are welcome to use SolidWorks Simulation, ANSYS, Abaqus or an equivalent FEA tool, as long as the final output follows the calculation template I supply. Deliverables • PDF report showing assumptions, boundary conditions, mesh metrics, stress/deflection plots and hand-check snippets that back up the software results. • Native result files (e.g., .cwr, .rst or similar) so I can reproduce the study if needed. • S...

...directly from the model. I will also provide a brief sample of the calculation format I expect—factor-of-safety approach, clearly laid-out equations, references to standards where relevant. Please base the study on the existing loading diagram included in the files; no need to redesign, just prove the current geometry meets strength requirements. You are welcome to use SolidWorks Simulation, ANSYS, Abaqus or an equivalent FEA tool, as long as the final output follows the calculation template I supply. Deliverables • PDF report showing assumptions, boundary conditions, mesh metrics, stress/deflection plots and hand-check snippets that back up the software results. • Native result files (e.g., .cwr, .rst or similar) so I can reproduce the study if needed. &b...

I need a detailed Finite Element Analysis (FEA) of a 3D space truss. The primary purpose is structural analysis. The truss will be made of steel and is designed to support static loads. Key Requirements: - A comprehensive FEA report inc...primary purpose is structural analysis. The truss will be made of steel and is designed to support static loads. Key Requirements: - A comprehensive FEA report including stress, strain, and displacement results. - High-fidelity 3D models of the truss. - Analysis should account for material properties and loading conditions. Ideal Skills and Experience: - Proficiency in FEA software (e.g., ANSYS, Abaqus). - Strong background in structural engineering. - Experience with steel structures and static load analysis. Please provide samples of similar ...

Abaqus Truss Analysis following the provided instructions.

I have already built, meshed, and solved a finite-element model in Abaqus for a civil-engineering assignment, but I am struggling to make sense of the output. What I need now is clear, defensible interpretation of the results—specifically the stress and strain fields—presented as easy-to-read graphical plots that I can drop straight into my report. The ODB file and a brief description of the loading scenario are ready to share. Once you open the file, I would like you to extract the relevant stress components (von Mises, principal, and any other critical values you deem important), annotate key regions, and explain why the observed patterns make structural sense. Deliverables • High-resolution contour plots and section cuts that highlight peak stresses and criti...

Two plastic structures require a rapid finite-element stress analysis and I have only a four-hour window to review the results. I will forward the geometry immediately after award along with the load cases and boundary conditions; the parts are clean and ready for meshing. The focus is purely on stress analysis—no thermal or vibration work is needed. Any mainstream solver is acceptable (ANSYS, Abaqus, SolidWorks Simulation, etc.) as long as the results can be opened or documented clearly on my end. Deliverables needed before the four-hour deadline: • Solver file and post-processing folder so I can rerun or verify the study. • A short PDF summary highlighting peak von Mises stress, factor of safety, and a quick note on mesh quality. • At least three anno...

I'm going to be building an EPS22 foam block house, blocks glued together with polyurethane, the structure wrapped with fiberglass mesh and then coated with quikrete polymer modified, fiber reinforced portland cement. I have 1 completed Ansys engineering and one Ansys engineering on it's way, want to get an Abaqus engineering package. I have all the pdf's, dwg's and data sheets.   PDF's are attached, as well as a few examples of EPS house.  Please provide accurate offer when responding. Include in ANALYSIS-composite system modeling: EPS core, polymer modified, fiber-reinforced coating, fiberglass mesh shell and adhesive interface to accurately represent stiffness, damping, and load transfer . - Add geofoam gripper plates to the desi...

I need a complete Abaqus CAE workflow that takes a composite beam from blank screen to final post-processed results in full 3-D. Starting with native geometry creation, you will build the beam, define a realistic laminate lay-up, assign orthotropic material data, apply suitable boundary conditions and loading, then generate a reliable mesh that converges. Once the model is ready, run the static analysis, capture stresses, deflections and any failure indices, and finally compare those findings to an existing 2-D model so the differences are clear. Deliverables I expect: • The Abaqus .CAE file (plus .inp if you export one) containing geometry, sections, lay-up, loads, BCs and mesh • A concise report (≈3–4 pages) with process screenshots, contour plots a...

...mechanical-engineering course and have reached the point where I must prove my understanding of finite element analysis. The assignment centres on a single mechanical component, and I need a seasoned hand to walk me through every stage of the FEA workflow—model set-up, meshing, boundary conditions, solving, and results interpretation. You’ll handle the analysis itself in your preferred FEA package (ANSYS, Abaqus, COMSOL, or an equivalent), then show me how you arrived at each decision so I can replicate the process later. A clear, concise report that highlights stress concentrations, deflection, and safety factors is essential, together with the native project files so I can review and present them. Acceptance criteria • Accurate, reproducible simulation files ...

I need a complete thermal analysis built in Abaqus CAE, from model creation through to post-processing of temperature results. The simulation must rely on accurate thermal conductivity data; other properties can be left at default values unless you believe they are critical and explain why in your proposal. Scope • Import or sketch the geometry and mesh it appropriately for heat-transfer studies. • Assign material that includes the specified thermal conductivity. • Define boundary conditions, loads and a time-stepping scheme suitable for transient or steady-state heat flow (whichever you recommend for reliable insight). • Run the job, check for convergence, then deliver the .cae file, the .odb results and a concise summary of findings. When you apply, f...

So the first milestone is 3D modeling in Solidworks and importing the models into ABAQUS and setting initial numbers for the parameters and checking if there is no error . Second milestone will be calibrating the parameters with lab data and obtaining close results compared to lab results and providing a complete video of the simulation and plots of the results Ok I will accept it, but kindly also add this statement also, after calibration I have to validate the lab results given by client

...verification. • Align all designs with supply chain optimization goals and on-time delivery targets. ________________________________________ Required Qualifications Education • Bachelor’s or Master’s degree in Mechanical Engineering, Industrial Design, Structural Engineering, or Mechatronics. Technical Skills Domain Software / Skills CAD/CAM AutoCAD, SolidWorks, CATIA, Fusion 360 Simulation ANSYS, Abaqus, COMSOL MEP Design Revit MEP, Navisworks, ePLAN 3D Visualization Blender, 3ds Max, SketchUp Graphic Design Adobe Illustrator, Photoshop, CorelDRAW VR/Animation Unity, Unreal Engine Documentation & ERP MS Project, Excel, Google Workspace ________________________________________ Experience • Minimum 5 years in prefabrication, modular design, or flatp...

I need a finite element analysis (FEA) to determine whether the bonded facial interface of a composite veneer on a tooth (so the bonded interface between the composite material and the tooth) is under tension or compression...the tooth) is under tension or compression when subjected to vertical loading on the tooth's edge (the edge is actually also covered in the composite material). Key Requirements: - Simulate vertical loading conditions. - Analyze stress distribution on the veneer. - Determine tension or compression at the veneer-tooth interface. Ideal Skills & Experience: - Proficiency in FEA software (ANSYS, ABAQUS, COMSOL). - Strong background in material science and mechanics. - Experience with dental materials and applications. - Ability to interpret and present F...

...deforms over time so I can predict where and when failure will start. A clear comparison of critical zones before and after a full load history is essential. The stack-up (ply orientations, thicknesses and material cards) plus service load cases will be supplied after we sign an NDA. You will model the laminate, apply the loads, run the analysis, then hand back: • Mesh and solver files (ANSYS, Abaqus or similar) • Contour plots for stress, displacement and fatigue-life factors • A short report that pinpoints the first-failure location and expected life in cycles, with any design-change suggestions Please base fatigue calculations on an appropriate composite criterion (S-N, Goodman, etc.) and include displacement checks against my deflection limit once ...

I'm seeking a skilled engineer to conduct FEA simulation on UAVs for surveillance purposes. The focus will be on analyzing structural integrity. Key Requirements: - FEA simulation expertise - Experience with UAVs and their structural components - Ability to interpret and report on simulation data Ideal Skills: - Proficiency in FEA software (e.g., ANSYS, Abaqus) - Background in aerospace or mechanical engineering - Strong analytical skills

I am modelling the in-process rolling of a Wire Arc Additive Manufactured (WAAM) wall and need a customised Johnson–Cook constitutive law coded into Abaqus so the simulation captures temperature-dependent plasticity throughout each rolling pass. The physical formulation of the model is already defined; what I lack is the actual implementation—writing, compiling, and integrating the subroutine, setting up the analysis steps, and running the job on a WAAM geometry I will supply. The immediate goals are: • Create and document a UMAT/VUMAT that reflects my modified JC parameters. • Insert it into a fully reproducible Abaqus input deck that simulates simultaneous rolling on the WAAM component. • Provide a concise yet thorough technical report that d...

I’m looking for a complete, non-linear finite-element analysis that compares s...contact-rich, fully non-linear FE model for every implant-position combination. • Run the simulations and extract von Mises, principal-stress and micro-strain maps for both the bone and the implant. • Document your mesh strategy, convergence checks, boundary conditions and key findings in a concise report. • Package all native files so I can rerun or tweak the study later (ANSYS Workbench, Abaqus or COMSOL are all acceptable). Nothing about the geometry is overly complex, so turnaround should be straightforward. I’d like to review one pilot case first to confirm the workflow, then let you process the remaining variants. Two-week delivery is ideal, but let me know if y...

I am working on a small engineering task that hinges on understanding exactly how far a nylon band will stretch when it is used to lift and release a weight to a specific height. In simple terms, I need...(dimensions and material data can be shared once we start). • The corresponding potential energy or rebound height the band can deliver to the weight, so I know whether my target height is achievable. • Any assumptions, equations and material constants you use, so I can replicate or update the figures later. If you already have experience with nylon, elastomers, tensile testing or tools like ANSYS, Abaqus, or MATLAB, this should be straightforward. I’m aiming for a concise technical note or short report, plus any raw calculation sheets or simulation files, deli...

I’m looking for a specialist who can run a thorough structural analysis on a metal mechanical component Structural analysis - Vibration test and Shock test. You’re free to work in ANSYS, Abaqus, or a comparable solver—just be sure the mesh strategy and boundary conditions are well documented. Deliverables • PPT report summarizing assumptions, results, and any redesign recommendations

...please be comfortable setting up multi-material contacts and realistic boundary conditions. The key tasks are: • Modal analysis to identify natural frequencies and mode shapes • A follow-on shock / vibration assessment that proves the design can survive expected loads (random or sine sweep—use the approach you consider most appropriate) I do not have a strict preference on software; ANSYS, Abaqus, SolidWorks Simulation or any other professional FEA tool is fine as long as you can supply the native files and a clear report. Deliverables I am expecting • Editable simulation files with all loads, constraints, and material definitions • A concise PDF report summarising assumptions, mesh quality, results, and brief design recommendations &b...

I need an experienced ANSYS Workbench user to simulate the coiling and deployment of a deployable composite boom. The task ...including coiling around a hub, holding it for a period to capture creep strain, and then performing two deployment scenarios: one uncontrolled (free) and one controlled dynamic deployment. I already have Abaqus codes and simulation videos from a similar study. ⚠️ These will be provided only as references to illustrate the modeling approach — the material properties, geometry, and conditions will be updated according to the new data I provide. You will also receive: Geometry of the boom (or you can create it yourself if preferred) Updated material properties (different from those in the Abaqus reference) Relevant papers and videos showing si...

I’m a research scholar at beginner level with ABAQUS and I need one-on-one help to start writing my own VUMAT subroutines. Please run live video sessions where we: • Cover the basic syntax and structure of a VUMAT, including required arguments, state variables, and common pitfalls. • Walk through at least one complete example—from coding in Fortran, compiling, and linking, to launching the job in ABAQUS/Explicit. • Teach me reliable debugging and troubleshooting methods: compiler messages, incremental print statements, log interpretation, and tracking numerical issues. I learn best in interactive coding sessions where you share your screen and then let me drive while you guide. Short homework snippets between meetings and recordings of each se...

I need a ready-to-run Abaqus file that captures a simplified fire-exposure scenario using the Thermal model. The core objectives are: • Predict temperature distribution throughout a steel component during the fire event. • Capture resulting thermal deformation for the same part. Please set up material properties for steel only, apply a representative fire temperature-time curve, and include the necessary boundary conditions, loads, and step settings. A single CAE or .inp file that I can open, review, and run without modification will be enough at this stage. Brief comments inside the model explaining key sections would be appreciated so I can tweak parameters later.

...energy absorption, and high-quality plots/animations for each model. Key Tasks: Build/mesh ~50 models (corrugation angle + other parameters: pitch, amplitude, thickness, D/t, L/D, f’c, fy, axial load ratio, etc.). Apply blast loads (TNT equivalent; stand-off distances; free-air/near-field/contact as applicable) using standard methods (e.g., CONWEP/UFC-based functions). Use explicit solvers (ABAQUS/Explicit or LS-DYNA). Include strain-rate effects (steel: Cowper–Symonds or Johnson–Cook; concrete: CDP/CSCM). Output: midspan and critical-point responses, residual deformation, plastic strain/crack/damage maps, interface slip, reaction forces, impulse, energy balances, and failure modes. Convergence and mesh sensitivity for representative cases. Clean, reprodu...

I am looking for an expert in ABAQUS FEM only from PAKISTAN to develop a full 3D finite element model in Abaqus/CAE. I will share complete details with you in chat.

...engineer who can plug in as needs arise over the coming months. The work ranges from early-stage concept sketches through detailed 3D CAD, all the way to simulation-backed design verification and support during prototyping. Typical tasks you might take on include: • Creating or refining parametric models in SolidWorks or Fusion 360 • Running strength, vibration or thermal simulations in ANSYS, Abaqus or similar tools • Generating drawings, BOMs and simple assembly instructions for suppliers • Reviewing prototype test data and recommending design tweaks I value clear communication, version-controlled files (STEP, IGES, native formats plus PDF drawings) and quick turnarounds when deadlines are tight. If you have a versatile skill set and enjoy coll...

...specialises in body-in-white structural integrity. The brief is to turn my concept surfaces into a manufacturable body structure that meets modern crash, durability and NVH targets without compromising weight goals. Scope • Build a full 3-D CAD model (CATIA, SolidWorks or Siemens NX preferred) of the body structure, including mounts and joining strategy. • Run FEA/CAE simulations in ANSYS or Abaqus to verify torsional and bending stiffness as well as front, side and roof crush performance. • Optimise material mix (high-strength steels, aluminium, or multi-material where sensible) and propose feasible weld, rivet or adhesive joints. • Supply detailed drawings and a concise engineering report explaining assumptions, load cases, safety factors and next-s...

...scenario recreated in Abaqus, solved, and then benchmarked against the ANSYS run with an emphasis on computational performance rather than pure numerical accuracy. Your job is to: • Build an equivalent model in Abaqus/CAE, matching element types, contact definitions, and analysis steps as closely as the two solvers allow. • Run the analysis, carefully noting total solve time, peak memory use, and any convergence issues. • Prepare a concise comparison report that contrasts Abaqus and ANSYS on run time and resource consumption while also highlighting any noteworthy differences in stress or displacement contours. • Supply the Abaqus input file, the output database, and the comparison report (PDF or Word). Please be fluent with...

Project Title: Finite Element Modelling of Helical Pile with Precompression in Sandy Soil (Abaqus/CAE) Project Description: I am seeking an experienced Abaqus analyst to build and solve a complete finite element model for my research project on helical piles under precompression in sandy soil. The focus is on deformation and displacement results, to understand soil–pile interaction under applied loads. Scope of Work: Develop a full 3D finite element model in Abaqus/CAE (no external pre/post software). Model a helical pile embedded in sandy soil, incorporating realistic boundary conditions and precompression loading followed by uplift. Apply suitable material models (e.g., Mohr–Coulomb or Drucker–Prager for sand; elastic for steel). Optimise the ...

I need a 3-D finite element model of rotary friction welding between Zircoly 4 and stainless steel built and run in ABAQUS. The focus is on thermal-mechanical behaviour, so your simulation should capture: • Temperature distribution throughout the weld cycle • Evolving stress and strain fields • Final welding seam quality indicators (flash shape, bonding line integrity, residual stresses) I will provide basic geometry, rotation speed, axial pressure, and material data I have on hand; you can refine or supplement them as needed. Deliverables I’m looking for are: 1. The complete ABAQUS input files and any user subroutines you create 2. Post-processing scripts or ODB files showing contour plots and key graphs (temperature vs. time, axial force, displ...