Detailed Log Splitter Engineering Study

@androaiad

Hello, I am a design engineer, I am expert in 3D different products designs & Modeling so i can do the required design in the required time. I have finished similar projects before and finished 590+ projects. Please check my portfolio and reviews. Thanks.

@sajjadtaghvaeifr

Hi, I hope you are doing fine. I have PhD in mechanical engineering from Tohoku University of Japan. I have published 20 Journal papers and 16 international conference papers. I have a lot of experience in automotive, aerospace, biotechnology, computers, electronics, microelectromechanical systems, energy conversion, robotics and automation, and manufacturing. I am also expert in mechanical engineering softwares including Ansys, Fluent, Comsol, CATIA, Solidworks, Abaqus and Inventor. I'm interested in your project. Please send me a message so that we can discuss more. Best regards. please check my portfolio link: https://www.freelancer.com/u/sajjadtaghvaeifr

@studiogo07

Hello there, I have carefully reviewed your detailed log splitter engineering study project description. With my expertise in engineering drawing, product development, and mechanical engineering, I am confident in delivering the critical components sizing, verification, and integration your log splitter concept needs to move towards production successfully. I will recalibrate the tilting cylinder to match real-world loads, integrate the supplied hydraulic pump data, and ensure all components are structurally verified in Autodesk Inventor's FEA environment. Additionally, I will implement a PLC-based interlock for control and safety logic to enhance the machine's functionality. My proposed timeline for this project is $duration days. Upon completion, you can expect: an updated Inventor assembly, detailed calculation dossier proving safety factors, a PLC I/O map, and a BOM of any newly sized components. What specific details would you prefer to focus on initially?How do you envision the final ruggedness and compliance of the log splitter for fabrication?

@azraazeen9

As a seasoned engineer with a strong background in mechanical engineering, CAD/CAM, and structural engineering, I can assure you of my capacity to bring your detailed log splitter engineering project to fruition. Having worked on various hydraulic projects and mastered Autodesk Inventor, I am fully capable of optimizing the cylinder sizes using the given hydraulic pump data and ensuring a harmonious integration of all critical components. I will apply my skills in hydraulics, motion analysis, structural verification, stress checks, and control systems to deliver an updated CAD assembly that reflects every fitted part for production-ready machine. Throughout the project lifecycle and even beyond delivery, I guarantee timeliness, professionalism, good communication -traits that have endeared me to my numerous clients. My goal is your satisfaction -to provide deliverables that exceed your expectations. Looking forward to putting my skills at your service and taking this conceptual splitter into a tangible reality that's ready for fabrication. Let's discuss further on any requests or queries you may have along the way!

@redbrickamerica

Hello, I am MD NAJMUL, leading an American Licensed Engineers for the last few years. Our team specializes in structural and civil engineering, holding licenses across 50+ states in the USA and multiple Canadian provinces. With expertise in wood, concrete, and steel structures, we excel in detailed designs, calculations, and safety analysis. For your detailed log splitter engineering study, we will meticulously size and verify critical components, perform stress checks in Autodesk Inventor's FEA environment, and add a PLC-based interlock for safety. We ensure compliance, durability, and meticulous integration for seamless production. Let's ensure your concept is ready for fabrication. What is the best way to coordinate with you for this project?

@miskinarati

Hi there, I would be happy to assist with your detailed log splitter engineering study. With expertise in Autodesk Inventor, FEA, hydraulic motion analysis, and mechanical design, I can ensure your concept transitions smoothly from STEP model to production-ready assembly. I will verify and size all critical components, perform structural checks in Inventor’s FEA environment, and integrate the hydraulic pump and cylinder system with accurate motion and load validation. I will also provide a simple PLC interlock logic for safe control. Approach: Review and refine hydraulic sizing (stroke, force, mounting geometry) using your pump datasheet. Run static and fatigue FEA on pivot points, frame, pins, axles, and mounting brackets. Update CAD assembly with verified components and clearances. Provide calculation dossier with hand calcs, FEA results, PLC I/O map, and BOM. Deliverables: Updated Inventor assembly with integrated components Calculation dossier with FEA screenshots and safety factors PLC I/O logic snippet and interlock map Bill of materials for resized/new parts Timeline: to be determined after discussion. Budget: open to negotiation based on scope. Looking forward to collaborating on this project. Let’s connect to discuss further. Best regards, Arati

@guarco63

Hello: My name is Gustavo Colin, and I have over 25 years of experience in industrial mechanical design using Autodesk Inventor. I work in the technical department of a major metalworking company, so I have extensive knowledge of machinery, machining, bending, casting, and more. I can take your STEP file and create an Inventor assembly, making the necessary corrections. I can provide you with 3D files in native Inventor format or generic formats such as STEP, STL, IGES, and OBJ, as well as drawing files with all dimensions, annotations, tolerances, and bills of materials in native Inventor format or generic formats like DWG, PDF, and JPG, suitable for manufacturing. I can perform dynamic simulations and animations to verify the correct functioning of the assemblies, FEA analysis to check stresses, deformations, etc., and generate photorealistic rendered images for visualizing the finished product. You can see examples of my work in my portfolio. Greetings.

@mirsaeed24

Hello, I am a Mechanical Engineer with 14 years of experience working in Autodesk Inventor, including extensive use of Inventor FEA and NASTRAN for structural verification. I can help take your existing assembly from concept level to a verified, fabrication-ready mechanical design. I can support this work by: Verifying clearances, motion ranges, and load paths within the assembly Running static and fatigue checks in Inventor FEA and NASTRAN for the main frame, pins, pivots, brackets, axles, and mounting plates Updating the Inventor assembly to reflect validated components and interfaces Preparing calculation notes and FEA outputs to support mechanical design decisions Reviewing and confirming hydraulic cylinder sizing and pump integration once the mechanical layout is fixed My contribution is limited to the mechanical and hydraulic design and verification of the machine. PLC programming and control logic are outside my scope, but the mechanical design will be structured so that control and safety systems can be added cleanly by a controls specialist. Deliverables would include: Updated Inventor assembly Structural calculation notes with supporting FEA results Updated BOM for resized or added mechanical and hydraulic components I’m available for regular clarification and feedback during the work. Kind regards,

@hayteekeys

KINDLY READ THROUGH MY PROPOSAL THIS IS WHAT I WILL DO DETAILED APPROACH - Hydraulics & Motion: Recalculate the tilting cylinder (stroke, force, mounting) and integrate your pump datasheet. I will verify that flow/pressure match the piston sizing and check all clearances in the assembly. - Structural FEA (Inventor): Conduct static and fatigue studies directly in Inventor for the pivot point, main frame (welds/joints), pins, axles, and cylinder mounts. I will propose geometry or material updates to meet your safety factors. - Control Logic: Design a PLC-based interlock (Ladder/ST) to ensure actuation only when locked in horizontal or vertical positions. I will also suggest mechanical adjustments for the horizontal stop window. - Documentation: Generate a complete BOM and a calculation dossier with FEA screenshots. DELIVERABLES Updated Inventor assembly with sized components. Calculation dossier (FEA results + hand calcs). PLC I/O map and logic snippet. Final BOM. QUESTIONS What is your target splitting tonnage and required safety factor? Which version of Inventor are you using?

@sakshis576

As a highly experienced mechanical engineer, I bring to the table a suite of skills that directly align with the requirements of your detailed log splitter engineering study. Over my career, I have become well-versed in Autodesk Inventor and Solidworks, among other software crucial for structural verification and engineering drawing. This proficiency will not only streamline the process but also ensure results that directly link back to the CAD. Additionally, my expertise in hydraulics and motion will be invaluable in recalculating the pivotal aspects of your log splitter. Having tackled diverse projects in my freelancing endeavors, from structural designs to BIM, lighting, and PCB designs, I can offer a multifaceted approach to your study. My capability extends beyond theoretical calculations to practical design solutions that are compliant and ready for fabrication. That’s because I prioritize not just the mathematical safety factors but also real-world feasibility, ensuring your log splitter functions flawlessly under actual loads.

@MADAlphaDesigns

THIS IS NOT THE AUTO BID, PLEASE REVIEW IT IN DETAIL Hi Capitan J., I’m excited about your log-splitter engineering study and am confident in bringing your concept to production. With extensive experience in mechanical engineering and proficiency in Autodesk Inventor, I can ensure your hydraulic components are accurately sized and integrated with the necessary calculations for real-world applications. I will verify the tilting cylinder's dimensions and confirm fitting with the hydraulic pump you've provided, ensuring optimal flow and pressure. Additionally, my expertise with Finite Element Analysis in Inventor will allow for a thorough examination of critical areas including pivot points, frame integrity, and loading on machine pins. For the control logic, I will create a PLC-based interlock that ensures safe operation, enhancing safety and performance. Deliverables will include an updated assembly, calculation dossier, and a schematic for the PLC. I can start this project promptly and provide a detailed timeline for deliverables. Thanks,

@LandMark

Hello Sir, I am confident in my ability to deliver a comprehensive engineering study for your detailed log splitter project. With expertise in Solidworks and Autodesk Inventor, I will meticulously size and integrate critical components for production readiness. By recalculating the hydraulics, conducting stress checks, and enhancing control logic, I will ensure optimal performance and safety. My deliverables will include a fully updated Inventor assembly, comprehensive calculation dossier, PLC-based safety interlock, and a detailed BOM. Let's collaborate to create a rugged and compliant machine ready for fabrication. When can we discuss the project details further?How soon would you like to initiate the engineering study for the log splitter project?

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Expert Mechanical design Engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  FEA analysis  CFD analysis  Thermal analysis  Structural analysis  HVAC and Heat load calculation We are proficient in using following software’s:  AUTOCAD  SOLIDWORKS  ABAQUS  ANSYS Fluent  MATLAB/SIMULINK  COMSOL Multiphysics  CATIA  FUSION360 We have good command over REPORT WRITING, we can show you many samples of our previous reports. We can discuss further details in the message box.

@cesur135

As a seasoned automation engineer with a strong background in CAD/CAM design, I believe I am the best fit for your detailed log splitter engineering study. Over the years, I have worked extensively on similar projects such as wastewater treatment plants and water treatment plant automation, which has equipped me with strong hydraulics and motion skills - an essential requirement for your project. Equally important, I have a solid foundation in structural verification using Autodesk Inventor, allowing me to conduct FEA analysis with precision. Stress checking will not be a challenge as I tackle critical parts of your log splitting system such as the pivot point for the rotating beam, main frame (including weld seams and bolted joints), machine pins, wheel axles and so on - ensuring their safety in both static and fatigue conditions. Drawing from my extensive experiences in Automation projects including writing PLC software, configuration upper and lower limits values, setup analogue 4.20 mA and 0-10 V values etc., I can seamlessly integrate a simple yet effective PLC-based interlock system into your log-splitter. My commitment to delivering exceptional work is unrivaled; you can count on me to provide a comprehensive update to your inventor assembly along with a calculation dossier attesting to safety factors. I look forward to working with you to ensure your rugged compliant machine is ready for production.

@OnkarGraphics

As an experienced Mechanical Engineer with a strong command over CAD/CAM software applications like SolidWorks, I believe I am an ideal fit for your detailed log splitter engineering study. My 8+ years of dedicated work in the field allows me to promise you an accurate, rugged and reliable design within the stipulated timeframe. Drawing from my expertise in hydraulic systems and structural analysis, I can recalibrate and optimize the tilting cylinder of your log splitter to match real-world loads. Furthermore, by conducting comprehensive stress analysis in Inventor's FEA environment, I can ensure that all key areas are tested for static and fatigue responses surpassing expectations. Beyond my technical skills, my commitment to clear communication and 100% customer satisfaction remains unwavering. I will be available daily to address any queries, providing additional sketches or sourcing manufacturer data as required. With proficiency in various design platforms, from Revit to Illustrator and proven experience in turning concepts into reality, let me bring your log splitter from concept to production

@peconsultation

Good day, I can take your existing STEP assembly and carry it through full engineering verification so the log splitter is ready for fabrication. I will correctly size and integrate the hydraulic cylinder using your pump datasheet, validate stroke, force, flow, and mounting geometry, and confirm all clearances in Autodesk Inventor. I will run linked FEA for all critical components including pivots, pins, frame, welds, axles, brackets, and cylinder mounts, supported by clear hand calculations and safety factors. I can also define a simple PLC interlock logic to enforce safe operating positions, deliver an updated Inventor assembly, calculation dossier, BOM, and concise control logic ready for implementation.

@Physicsdemon

I am a manufacturing and industrial engineer with strong experience in hydraulically actuated machinery, structural verification, and design-for-production workflows. I can take your STEP-based log-splitter concept and bring it to production readiness by correctly sizing and integrating all critical components. I will recalculate the tilting cylinder for real load cases, validate stroke, force, and mounting geometry, and fully integrate your selected hydraulic pump while checking flow, pressure, and clearance constraints. All structural verification will be performed directly in Autodesk Inventor’s FEA environment, covering pivots, frame, welds, pins, axles, cylinder mounts, carriage brackets, and jockey wheel assemblies with clear safety factors. I will also implement a practical PLC-based interlock to ensure safe operation only in confirmed horizontal or vertical positions and recommend mechanical adjustments if required. Deliverables will include an updated Inventor assembly, calculation dossier, PLC logic snippet, and a clean BOM, ensuring the machine is rugged, safe, and fabrication-ready.

@TheDesignBloke

Hi Capitan J., I'm excited to assist you in moving your log-splitter concept from design to production. With my extensive experience in product development and structural engineering, I'll ensure accurate sizing and verification of critical components, specifically recalibrating the tilting cylinder to meet real-world loads while effectively integrating your hydraulic pump data into the model. Utilizing Autodesk Inventor, I'll conduct thorough FEA analyses to evaluate stress at pivot points and check the integrity of the main frame and machine pins. I'll also implement a PLC-based interlock to ensure safe operation during use. I propose a timeline of two weeks for completion, with daily updates to keep you informed throughout the process.

@urosg3

Dear client, I have experience in hydraulic and structural design, as well as integration with Inventor’s FEA. I will size and verify the key components of your log-splitter, ensuring accurate hydraulics, structural integrity, and safety logic. I will provide the updated assembly, full FEA validation, a PLC-based interlock design, and a detailed BOM. I look forward to work with you.