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  1. DCX_2156

    Design of Anchor Bolts Embedded in Concrete Foundation

    The skid is being designed against seismic loads so it looks like it will need to be anchored down.
  2. DCX_2156

    Design of Anchor Bolts Embedded in Concrete Foundation

    Hello, Thank you all for the responses! The skid was not designed by me. I am just performing the analysis and providing recommendations but I want to avoid recommending bigger and stronger bolts if thermal loading on a structure is not usally an issue. The skid is a simple design with four...
  3. DCX_2156

    Design of Anchor Bolts Embedded in Concrete Foundation

    Thanks for the response! As of now, I am constrained to the ASTM A36 specification for their anchor bolts - the equivalent specification for anchor bolts would be ASTM F1554 Grade 36. Would headed bolts be assessed in a different way? The high thermal loads occur at the anchor bolts at the...
  4. DCX_2156

    Design of Anchor Bolts Embedded in Concrete Foundation

    Hello, I am performing an analysis of a skid structure that is embedded in concrete foundation via cast-in place L-type anchor bolts. I am considering various load combinations for the structure (e.g. dead loads, live, thermal and environmental loads). As part of the design, I need to assess...
  5. DCX_2156

    EN 10269 Standard - Minimum Tensile Strength Values

    Hi, I need help with interpretation of the EN-10269 standard in terms of the material properties. I require the minimum tensile strength of the superalloy material, X6NiCrTiMoVB25-15-2 (1.4980) at 200 degC. Now the standard, provides values from 400 degC (720 MPa) onwards but leaves the 50...

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