Crash Test Analysis for Frame Designs

@saleiz2019

Hi, Thank you for the project description. I will use ANSYS to run a comparative FEA analysis for the 2 frames. Please share the CAD model for the 2 frames on the chat so that I can import and start setting up. I have a mechanical engineering masters degree and FEA expertise using ANSYS for more than 10 years. Let’s discuss further details on the chat and start right away. Best regards, Saleamlak A.

@ahmadrazaarif5

As an Aerospace Engineer with specialized expertise in Ansys simulations and Finite Element Analysis (FEA), I can provide unique insight and valuable guidance to your Crash Test Analysis for Frame Designs project. With me on board, you'll have the advantage of availing a professional who has undergone rigorous stress and strain analyses for structural integrity and resilience enhancements - a skillset that precisely meets your project requirements. Additionally, my experience in designing mechanical structures extends beyond just simple components – from drones to advanced aircraft - ensuring no task is too complex for me to handle. Not only will I bring technical prowess to this project, but also a commitment to environmental sustainability - a core principle I adhere to even in nanoscopic details like reducing drag and enhancing lift. Regardless of how challenging the numerical simulations may be, I approach each problem with meticulousness and ensure robust solutions. My skills are not just limited to engineering: they encompass analytical thinking, creative problem-solving and honest communication that will greatly benefit our collaboration throughout this task. Task completion within set deadlines and maintaining unyieldingly high-quality standards are promises I intend to keep as we work together toward achieving your objectives.

@gzarali

Hi, I’m a multidisciplinary engineer focused on design + analysis, delivering production ready CAD and simulation-backed solutions. I work across mechanical and architectural scopes, with clear drawings, practical detailing, and fast communication. Feel free to check my profile for similar projects ,happy to review your scope and suggest the best next steps. G. Zaralı

@nareshk44

As an accomplished technical writer and data analyst, I understand the significance of reliable information and its power to drive decision-making processes. With over seven years of experience, I have completed numerous research projects and reports just like what your project entails. My breadth of knowledge in data finding, analysis, market research, and industry analysis complements the needs of your crash test analysis for frame designs. Notably, my expertise in Matlab, SPSS, and E-views makes me uniquely skilled to handle complex data stimulations that may emerge during this project. Additionally, I have a track record of offering research-driven and plagiarism-free deliverables as well as generating actionable insights from technical complexities. Hence, I am confident that my skills can greatly aid in understanding which concept will ensure optimum occupant protection for a lightweight design. Lastly, I want to assure you that if you choose me for this project, I will bring the same commitment that has garnered me 40+ five-star reviews on Freelancer.com and kept 98% of my clients satisfied. Your achievements are important to me because it's from client success stories like these that my motivation is rejuvenated. Thank you for considering my pitch.

@maxscender

I can help you with this. three things worth flagging: 1. The isotropic CFRP assumption at E=70 GPa makes the monocoque behave structurally like an aluminium shell — so the tubular-vs-monocoque comparison risks becoming a geometry study rather than a material one. Either model CFRP as orthotropic (proper layup) or keep the isotropic value and flag the limitation explicitly in the findings. I'd recommend the first. 2. Equivalent static load won't capture crash behaviour — buckling sequence, plastic hinges, and energy path all need a dynamic solver. Explicit Dynamics with prescribed velocity is the defensible route, and it needs an effective mass. The brief doesn't define one, and KE = ½mv² depends on it — ~400–500 kg is realistic for this vehicle class. Worth locking in before meshing so all 12 runs stay consistent. 3. Factor of Safety isn't really a meaningful crash metric (it's a static design concept). I'll still report it as requested, but the comparison should lead on intrusion into the occupant zone and specific energy absorption (J/kg) — that's what actually tells you which cell protects the passengers. On screenshots: since you mentioned you may not be able to open the SolidWorks/ANSYS files, I'll document every stage — geometry build, mesh, BCs, contacts, solver settings, results — with reasoning captions for each, plus every graph ANSYS outputs so you can pick what goes in the report. No watermarks.

@hussainmuzammal4

Hi I am Ready to start working, Each design can vary in weight naturally — mass is one of the output metrics we want to compare. The only fixed constraint is that all three models must share identical outer dimensions and occupant cell envelope. Please report the mass of each structure as part of the results

@ssumitkumar7800

With my diversified skills in design optimization, mechanical engineering, simulation, and structural engineering, I believe I am the perfect fit for your project. Despite being new to this platform, my vast experience in the field spanning from 3D architecture to designing illustrations has provided me with a unique advantage. Not only well-versed with design software such as AutoCAD, Rhino, Keyshot10; I also have hands-on experience with Abaqus which is renowned for its modeling and simulation skills. This means that I can not only analyze the three frame designs but provide you with real-time insights into their structural impact at 45 km/h during frontal and side collisions. Best Regards Sumit