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Comprehensive guide for understanding storage tank design calculations according to API 650. This presentation covers: Shell thickness calculation: based on tank diameter, the specific gravity of the stored liquid, design liquid level, and allowable stresses for the given conditions. Bottom thickness calculation. The lowest course and annular plate should be fillet welded with a minimum thickness of 5mm. Roof thickness calculation: influenced by tank diameter, roof dead weight, and roof angle. Roof manhole calculation.

How to ensure the 𝐜𝐨𝐫𝐫𝐞𝐜𝐭 Expansion Joint solution is chosen for your project among the many available Expansion Joint types? To determine and verify which #ExpansionJoint is the best choice for your pipe system/project, we recommend the following steps mentioned below: √ Analyse the movements in the pipe system √ Determine where there is space for Expansion Joints in the pipe system √ Calculate how much space is available for the Expansion Joint (if replacing an existing Expansion Joint: analyse the gap in the pipe system). √ Evaluate options such as "Is there room for two #Lateral Expansion Joints or a #PressureBalanced?" or "Is there room for two Lateral Expansion Joints instead of one Universal Expansion Joint" √ Understand the level of loads that can be transferred on the plant and what the lowest permissible loads are (e.g., at pumps the permissible loads are very limited) √ How many and how strong are the fix points, guides in the pipe system √ Is there room for fix points, guides, hangers etc. and are there options for their fixation. You can read further information here on the page 27 of our head quarter's Ultimate Guide for Expansion Joints: https://bit.ly/3TO3fNr Do you need a second opinion on your pipe design and current Expansion Joint solution! do you need an improved pipe design, or do you face problems/issues with the current design and daily operation? We at Belman design are ready to help! Send your inquiries to: info@belman-design.com #piping #Pipingdesign #guide

Nuts and bolts: Small parts, big impact . . . Visit our website - https://lnkd.in/dZs9ZfyQ . . . #NutsAndBolts #Fasteners #Construction #Engineering #MechanicalParts #Durability #PrecisionEngineering #IndustrialSupplies #QualityFasteners #BuildingMaterials #Hardware #StrongConnections #ReliableFastening #StructuralIntegrity #FasteningSolutions

Maximizing strength in Timber structures. Timber connectors are load transferring devices which rely on bolts or lag screws to restrain the joint assembly. They are more efficient structurally than bolts or lag screws used alone because they enlarge the wood area over which a load is distributed. Source: KSSE Structural Engineers (https://lnkd.in/dQtvHwpK) #structuralengineering #civilengineering #construction

Want to protect your steel structures from corrosion? Start at the design phase with hot dip galvanizing! Our latest blog post dives into the basics of galvanizing and key design considerations to ensure your projects stand the test of time. Discover why consulting with experts and proper venting are game-changers! Read more here: [https://lnkd.in/g-fHe8-s] #Galvanizing #CorrosionProtection #SteelDesign #EngineeringTips #HotDipGalvanizing #Construction #DesignGuidelines

Comprehensive guide for understanding storage tank design calculations according to API 650. This presentation covers: Shell thickness calculation: based on tank diameter, the specific gravity of the stored liquid, design liquid level, and allowable stresses for the given conditions. Bottom thickness calculation. The lowest course and annular plate should be fillet welded with a minimum thickness of 5mm. Roof thickness calculation: influenced by tank diameter, roof dead weight, and roof angle. Roof manhole calculation.

Here is a good tip for those starting to design steel structures... When designing base clips on steel columns to support bending moment efforts, allowing water to pass through is important, preventing water from accumulating at the base, damaging the weld, and increasing the corrosion rate. #structuralengineering #inspections #steelstructures

The reinforcement bend test is a mechanical test used to assess the ductility and strength of reinforcement bars, commonly used in construction. It involves bending a sample of the reinforcement bar to a specific angle without fracturing it. This test helps ensure the quality and integrity of the reinforcement material for structural applications.

Benefits Of Bolts Bolts offer numerous benefits, making them a popular choice for connecting components in various industries. Here are some key advantages: 1. Strength and Durability: Bolts provide strong, durable connections that can withstand high levels of stress and load. 2. Ease of Assembly and Disassembly: Bolted joints are easy to assemble and disassemble, making them ideal for structures that may need to be dismantled or adjusted. 3. Versatility: Bolts can be used in a wide range of applications, from small electronic devices to large-scale construction projects. 4. Cost-Effective: Bolts are generally inexpensive and readily available, making them a cost-effective solution for many projects. 5. Reliability: When properly installed, bolts provide a reliable and secure connection that can last for many years. Do not hesitate to contact us to get a price quote #Fasteners #Construction #IndustrialEngineering #MitasCivata #QualityMatters #Innovation #Manufacturing #Sustainability #Infrastructure #Technology #BoltsAndNuts #Engineering #madeintaiwan #ISOStandards #CustomerSatisfaction #FastenerIndustry #ConnectionElements #AnchoringSolutions #SteelStructures #GlobalExport

"Fasteners may seem small, but their impact is enormous. From holding together towering structures to securing intricate machinery, they are the unsung heroes of every project. Dive into the world of fasteners and discover the precision, strength, and reliability they bring to every application. At the heart of every build, fasteners are the foundation of success. #Fasteners #Precision #Strength #Reliability #Engineering #Construction #Manufacturing"