12-m Pole Structural Analysis

@androaiad

Hello, I am a Strucutral engineer with 10+ years experience, I am expert in Structural analysis and designs of different structures using SAP2000 so i can do the required design drawings and calculations in the required time. I have finished similar projects before and finished 600+ projects. Please check my portfolio and reviews. Thanks.

@miskinarati

Hi I can perform the complete structural assessment of your 12 m pole, including wind loading, self-weight, equipment loads, base reactions, stress/deflection, buckling and overall stability. I’ll develop the FEA model in ANSYS/appropriate structural software, verify critical load cases and provide clear utilization/safety-factor results with engineering recommendations. Deliverables: FEA model, load-case calculations, stress & deformation results, buckling assessment, base reactions, safety-factor summary and technical report. Please share the pole geometry, material grade, equipment/antenna loads and applicable design standard so I can confirm the analysis scope and timeline. Best regards, Arati M.

@azraazeen9

With over a decade’s experience in civil engineering, architectural and manufacturing designs, I am well-equipped to provide you with a comprehensive structural design package that meets your exact specifications for the 12m pole project. My expertise includes conducting wind load calculations, stress checks (bending, axial, shear), and designing base plates and anchor bolts--tasks integral to this project. It would be my pleasure to apply my knowledge of the Saudi Building Code SBC 301 for Riyadh and emphasize compliance throughout the project. As an engineer, I understand the importance of providing clear and detailed documentation. Rest assured that all my deliverables are comprehensive calculation sheets that show every formula and code reference, highlighting important ratios and utilization factors as required. In addition to using cutting-edge software like SAP2000 and Tekla that you've mentioned in your description, I also bring experience with several other packages such Rhinoceros and Catia which may be useful in optimizing your project. I'd also like to assure you of crystal-clear communication throughout this project. The collaborative process is essential to me; thus, I'll send you a thorough SAP2000 model so you can review all assumptions and load cases—guaranteeing precision from end-to-end. Your satisfaction is my utmost goal as I apply my high skills, well-honed expertise, and fluent English conversation.

@mntaimur

I read your project details. I'm very much interested to do this project. I'm already experience in it. You can check my previous works at my portfolio section. Please provide some drawings for better understanding. Please message me for further discussion. I'll provide some of my previous work sample. I'll deliver required Design file according relevant code (TIA-222G) in MS Tower/Open Tower software and detailed drawing file in tekla software. You will get complete structural solution of following civil structures: 1. RCC Structures (Residential, Commercial, Industrial) 2. Steel Structures (Shed, Multistoried Mezzanine, Silo etc.) 3. Tower (Transmission, Telecommunication) 4. Poles (Steel, SPC) 5. Bridges (Steel, RCC, Composite) 6. Composite Structures (Residential, Commercial, Industrial) 7. Foundation (Single, Combined, Mat, Pile, SPC, Screw etc.) We work with the following Analysis, Drawing and Modeling software: 1. Staad Pro. 2. Etabs 3. MS Tower 4. Auto CAD 5. RAM Connection 6. SketchUp 7. Tekla 8. Revit 9. Robot 10. Advance Steel 11. ASDIP Foundation 12. SAP 13. Tekla Tedds 14. GRASP 15. Staad Foundation 16. CSI Detailing 17. MIDAS Civil

@manusharma2992

With an extensive background in Civil and Structural Engineering, I can definitely handle this intriguing project of yours with ease and finesse. My proficiency in using software such as AutoCAD, Revit, SketchUp, SolidWorks, and SAP2000 will ensure precise calculations and meticulous detailed reports in line with your requirements. I understand the significance of observing the Saudi Building Code SBC 301 for Riyadh to guarantee a design that is not only compliant but optimized for performance. Being well-versed in running wind load analyses, overturning checks, stress checks (bending, axial, shear), base plate and anchor bolts design, I can offer you a comprehensive package that considers all aspects of stability and performance.

@Maryam015014

Hi, I can prepare a complete structural design package for your 12m steel pole in Riyadh as per Saudi Building Code SBC 301. Scope: - Calculate wind loads and EPA based on the equipment dimensions and weights you provide - Run wind, overturning, and combined stress checks for bending, axial and shear - Design base plate and anchor bolts - Check foundation stability for overturning, sliding and bearing - Verify global stiffness and tip deflection to ensure stable PTZ camera operation - Provide full SAP2000 model with all load cases for your review Deliverables: - Detailed calculation report with formulas, SBC 301 references, and utilisation ratios - SAP2000 model file - Fabrication drawings for pole, base plate, anchor bolts and foundation in PDF and DWG Process: Once I receive equipment data, I will build the model, run analysis, and issue draft calculations for review. Final package with 1 round of revisions will be delivered in 7-10 working days. Software: SAP2000, AutoCAD, Mathcad Codes: SBC 301 Wind, AISC 360 Steel, ACI 318 Ready to start as soon as equipment details are shared.

@hayat38402

Hello, I am Muhammad Javed, a Structural Engineer with more than 10 years of experience in steel structures, wind-load analysis, pole design, foundation design, and SAP2000 modeling. I have thoroughly understood your requirement for the complete structural design of a 12-metre steel pole supporting CCTV cameras, radio units, and solar modules in Riyadh. I can perform the wind-load analysis in accordance with SBC 301, including equipment Effective Projected Area, applicable wind pressures, load combinations, overturning moments, and combined bending, axial, and shear checks. I will design and verify the base plate and anchor bolts, followed by foundation checks for overturning, sliding, and soil bearing capacity. I will also evaluate the pole's global stiffness and tip deflection under design wind loads, with particular attention to PTZ camera serviceability requirements. A complete SAP2000 model will be prepared and shared for your review, including geometry, material properties, supports, load cases, combinations, and key assumptions. I will provide a clear calculation report showing formulas, SBC references, critical utilisation ratios, and design conclusions so every result can be independently reviewed. I am available to start immediately and can deliver a detailed, well-organized structural package tailored to the provided equipment data and Riyadh site conditions.

@mahmoudralizadeh

Dear Client, I am interested in providing the complete structural analysis and design package for your 12 m steel pole supporting CCTV cameras, radio equipment, and solar modules. I can develop a detailed structural model in SAP2000 and perform the required wind and structural checks in accordance with SBC 301, considering the Riyadh wind conditions and the exact geometry, weights, and projected areas of all mounted equipment. My scope will include: - Wind load calculation and Effective Projected Area determination - Pole bending, axial force and shear checks - Overturning and combined stress analysis - Global stability and structural stiffness verification - Tip-deflection assessment for PTZ camera performance - Base plate and anchor bolt design - Foundation checks for overturning, sliding and bearing pressure - Critical load combinations and utilization ratios - Complete and reviewable SAP2000 model - Clear calculation sheet/report with formulas, assumptions, load cases and relevant code references I will keep the calculation package organized and easy to review, with critical design ratios and governing load cases clearly highlighted. Proposed Fixed Price: $220 USD Estimated Delivery: 4–5 days I am ready to start once the equipment dimensions/weights, pole geometry, foundation information and available site parameters are provided. Best regards, Mahmoudreza

@uslumus

Greetings, After reading through the project description, I would be able to go through the pole design manually and over software analysis. Both design outcomes would be presented to ensure they align with one another. Besides, they would also comply with the local codes in terms of loads, allowable values. In the end, there will be a longstanding model which could be constructed right away as a result of my submission. Regards

@AfshinGhaemi

Hi. I can provide structural design services for your project. I am proficient in structural analysis, design, and detailing of reinforced concrete, timber, Aluminium and steel structures. I have worked with codes such as the ACI, AISC, ASCE, IBC, IRC, NDS, Eurocode. I am skilled in analysis software, including SAP2000, ETABS, SAFE, STAAD Pro, Robot Structures. I can deliver any phase of structural engineering work, including analysis, design, drafting, documentation, inspection, site supervision, and estimation. Please review some of the projects in the portfolio, and feel free to contact me for further details or clarification.

@annarouk

As a Detailing Engineer with 10 years of experience in Structural steel Detailing. I am highly skilled in Structural steel Detailing. I am mainly experienced in industrial possess plant, commercial, Residential, PEB shed building. #Prepare a TEKLA Model as per design specification (AISC, CISC, BSI & ASI standard) #Anchor bolt layout & Details using Tekla structure. #Steel structural Approval drawing for client approval using Tekla structure. #Detailing of steel building as per AISC, CISC Code using Tekla structure. #Assembly, Single-part, Erection drawings using Tekla structure. #Prepare drawing of accessories & estimation (Capping, canopy, gate, nut, bolt, screw, etc) I am always sincere in my work accuracy. I am always want to achieve client maximum satisfaction with my work quality, experience, and deliver projects in time.

@atikmurtaza

Hello, You need a complete structural design package for a 12 m steel pole carrying CCTV, radio equipment, and solar modules, with wind and stability checks based on SBC 301 for Riyadh. I can develop the wind, overturning, bending, shear and axial checks, base plate and anchor design, foundation stability, stiffness verification, and a reviewable SAP2000 model with clear load cases and utilisation ratios. Also a quick question, will you provide the equipment dimensions/weights, pole geometry, foundation soil parameters, and required PTZ tip-deflection limit at the start?

@joshuajsaunders

The biggest risk in this project is underestimating wind load effects. If the pole isn’t designed correctly, it could lead to structural failure, causing damage to equipment and potential safety hazards. This oversight can result in costly repairs and liabilities, especially with the specific wind pressures outlined in the Saudi Building Code SBC 301. I’d start with determining the Effective Projected Area using the precise weights and dimensions you'll provide. From there, I’d run all necessary checks, including wind load, overturning, and combined stress scenarios. It’s crucial to ensure the base plate and anchor bolts are robust enough to handle the loads and keep everything stable. I have successfully completed similar structural analyses and understand the importance of clear, detailed reports. I always include revisions in my process, ensuring everything meets your needs. What is your timeline for this project, and are there existing models or data we can use?

@aleksandermach

Hi, I can deliver a complete SBC 301-compliant structural package for your 12 m CCTV/radio/solar pole — wind loads, stress checks, base plate/anchor design, foundation stability, and the full SAP2000 model for your review. Approach: Wind load derivation per SBC 301 (Riyadh), EPA calculated from your equipment dimensions/weights Combined stress checks (bending, axial, shear), overturning and tip-deflection verification for stable PTZ imaging Base plate and anchor bolt design, foundation stability (overturning, sliding, bearing) Deliverable: calculation report with formulas, code references, and utilization ratios flagged, plus the SAP2000 model file. Please share the equipment weights/dimensions and mounting layout once we start so I can finalize the EPA calculation. Best regards, Aleksander Mach

@marketologmedian

Hello, I can design the 12 m steel pole for your CCTV/radio/solar setup, including SBC 301 wind checks for Riyadh, combined stress and deflection verification, base plate and anchor bolt design, foundation stability checks, and a full SAP2000 model. I’ll present the results in a clear calculation report with all formulas, code references, and critical ratios. If you send the equipment dimensions and weights, I can confirm the scope and turnaround. Best, Serhii

@yacined58

As an accomplished Mechanical & Electrical Engineer, it would be my sincere pleasure to take on your 12-meter pole structural design project. I've not only worked extensively with mechanical design and 3D CAD modeling, but also have experience in electronic hardware integration, which is essential for this specific project. My strong suit lies in translating ideas into tangible, functional products, much like the pole you envision. My proficiency in engineering analysis using CAD and simulation tools is also directly applicable here. I assure you all wind-related checks will strictly adhere to your desired Saudi Building Code SBC 301 for Riyadh. I will consider every single dimension and weight of the equipment atop the pole to compute the Effective Projected Area and apply accurate wind pressures for thorough checks that include wind load, overturning, and combined stress checks.

@srpl59

I am a Mechanical Engineer with extensive experience in structural analysis, steel structure design, 3D CAD modeling, and engineering documentation. My experience is primarily focused on steel structures and steel construction, rather than reinforced concrete projects. I have designed and analyzed a wide range of industrial and structural systems, including a 15 × 8 m two-storey steel office building, industrial steel structures, lifting structures, machinery support frames, roofs, and heavy mechanical structures. My previous work includes the structural design and FEA of a 32-ton nuclear reactor door, including static and seismic loading; a 31-ton Şişecam glass lifting beam, for which I performed both manual calculations and FEA as part of the CE certification process; and the structural design and analysis of a 100 t/h coal washing plant and its associated steel structures. I use SAP2000, ANSYS, SolidWorks Simulation, SolidWorks, AutoCAD structural analysis, 3D modeling and fabrication documentation. I can prepare detailed 3D models, manufacturing drawings, load calculations and structural analysis reports. I can perform the analysis in SAP2000 and prepare the drawings in AutoCAD for this project. Do you have a simple drawing or sketch available?

@omarh645

Hello, Attached images; 12meter ship radar Telecom Tower, and 20meter Lighting Pole Tower, sample of my “Telecom`s Trusses and Lightning Pole” work to present my self through it. I am an experienced Steel Structure Industrial Design Engineer, qualified in ASME, AISC, AWS, API, ISO, and EN,...standards, specialize in 3D modeling and engineering analysis using SolidWorks, SAP2000, STAAD_Pro, AutoCAD, and COMSOL. and I have extensive experience in production lines, machine elements and systems design. Including gearbox design, bearing selection, torque transmission elements (belts, chains, clutches, couplings, springs, keys), electric motors, conveyor systems, hydraulic and pneumatic control, lifting hoists, overhead and mobile crane mechanisms, sheet metal works, steel structures,.. My deliverables will fully comply with all terms outlined in your inquiry and will include: • Structural design and engineering analysis, considering; (dead, live, wind, seismic, dynamic, and loads combination), • 3D modeling (parts and assembly files), and exploded views, • Fabrication-ready detailed shop drawings incl. assembly procedure, welding symbols, dimensions, surface finishing, BOM,... e-files, Beyond this project, I look forward to building a long-term professional relationship based on trust, quality, and efficiency. Thank you for your consideration. Best regards, Eng. Omar

@ironhand

Hi there, I have experience with structural steel design, wind load analysis, foundation design, and finite element modeling for equipment support structures including poles, towers, and mounted systems. I will develop the complete structural design package for your 12-metre steel pole, including wind load calculations based on SBC 301 requirements for Riyadh, equipment projected area assessment, load combinations, and structural checks for bending, axial forces, shear, and combined stresses. I will design and verify the base plate, anchor bolt arrangement, and foundation requirements by checking overturning, sliding, bearing pressure, and overall stability under governing load cases. I will prepare the SAP2000 model with documented assumptions, load cases, material properties, and analysis results, then provide the final engineering package with stiffness and tip-deflection verification to ensure reliable CCTV/PTZ camera performance. Let's get started. Thank you, Kinetik