of threaded section of each bolt size. Bearing strength of bolts. Calculate bolt design stress and design load from bolt diameter and yield stress or proof stress. EZ Calc - Bolting Calculator, Enerteq's oline tool for estimating Required Torque Values. Bolt Load Capacity Tables To BS5950 Part 1. Proof load is defined as the maximum tensile force that can be applied to a bolt that will not result in plastic deformation. Tightening torque to preload a bolt Metric thread : M1 M1.2 M1.6 M2 M3 M4 M5 M6 M8 M10 M12 M14 M16 M20 M24 M30 M36 M42 - 3.6 4.6 4.8 5.6 5.8 6.8 8.8 9.8 10.9 12.9 The Bolt Torque Calculator. Try this bolt pattern force distribution calculator, which allows for applied forces to be distributed over bolts in a pattern. Shear Capacity at 160N/mm THREADS IN SHEAR PLANE. Bolt Load Calculator. F v,Ed is the applied shear load and F v,Rd is the shear resistance of the bolt. 2. Actually what I do not understand in ASME is that the bolt load used for design seems different from the true bolt load (as the one I describe just above). The calculator below can be used to calculate the torque required to achieve a given axial bolt force or load. in.) Bolt Load Calculator Please note that the above data is based on bolts lubricated to manufacturerâs spec. Open --> Bolt Preload Tension Force Calculator. The Bolt load loss is a direct loss of stud elongation, this is due to many different factors, such as thread deflections, radial expansion of the nut and âbedding inâ of K values: waxed (e.g. Tension tooling, powertrain couplings, and accessories designed for power generation applications. Caution. Tension elements: Elongation due to axial load Calculator: Calculates elongation (as well as stress and strain) for prismatic elements subject to axial force.. Wood tension element capacity Calculator: Calculates capacity of a wood tension element based on allowable tension on net area (reduced by bolt holes) and, if desired, row and group tear-out. Last. The preferred bolt preload for structural applications should be at least 75% of the fastener's proof load for the higher strength fasteners and as high as 90% of the proof load for permanent fasteners. Finding Tension Loads on Fastener Group This procedure is similar to the shear load determination, except that the centroid of the fastener group may not be the geometric centroid. Area = Tensile Stress Area = 0.6057 sq.in (For 1â bolt from ASME PCC-1) Force (Bolt Load) = 105000 X 0.6057 = 63598.5 lb Kindly confirm if this can be used to calculate bolt load before using T=KFD to calculate the torque value This calculator can be used as an aid to help estimate the weight of bolts, nuts, and washers. See also this calculator and this table. A t = Tensile Shear Area of Bolt S p = Proof Load of Bolt (or some percentage less than 100% of yield load of bolt, typically 85 % of yield S y) c = 0.75 For connections requiring reuse c = 0.89 For permanent connections . After calculating the torque, ensure the bolts are not over-stretching and exceeding their yield strength, or some predetermined design stress. The Calculators below can be to calculate the ultimate (breaking) load of bolts. This uses the equations from ANSI B1 1-1974 and B18.3.1-1978 which calculates the area carrying the tensile load from the mean of the pitch diameter and the minor diameter. Higher or lower values of clamp load can be used depending on the application require- Name * First. mm. Proper amount of tensioning of the bolts is vital. Instrumentation. Single. 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