Bolt Shear Strength Calculator

O Bolt Shear Strength Calculator is a practical engineering tool designed to evaluate bolt shear capacity, shear stress, and connection safety under different loading conditions. By analyzing key factors such as bolt diameter, material strength, shear force, and shear configuration, it helps engineers determine whether a bolt can safely withstand applied loads. The Bolt Shear Strength Calculator supports fastener selection, mechanical design, and structural verification while reducing the risks of bolt shear failure, joint damage, and unexpected equipment downtime.

Bolt Shear Strength Calculator | Bolt Shear Capacity & Safety Factor

Input parameters

1 Calculation setup

Calculation mode ?Choose the primary result to emphasize. All modes still compute shear stress, capacity, and safety factor from the same inputs so this Bolt Shear Strength Calculator can be used for design or check. Shear plane condition ?Single shear uses one shear plane (As). Double shear uses two planes (2 × As), as in a clevis or fork joint. Total shear area multiplies the per-plane area.

Safety Factor Calculation: this Bolt Safety Factor Calculator compares allowable shear load with applied load and classifies connection risk.

2 Bolt geometry

Bolt thread type ?Metric uses coarse pitch in mm. UNC / UNF use threads per inch. Thread type sets the stress-area formula when shear cuts the threaded section. Custom lets you type pitch or TPI. Shear through ?Shank: As = π d² / 4. Threaded section: tensile stress area (ISO 898 / ASME B1.1), which is smaller. Use threaded if the shear plane crosses the threads.

Bolt diameter ?Nominal major diameter d. Metric: M-size in mm (12 mm for M12). Imperial: inch size. Used for shank area As = π d² / 4 and for thread stress area.

milímetros

Thread pitch / TPI ?Required when shear is through the threaded section. Metric: pitch in mm (M12 coarse = 1.75 mm). UNC/UNF: threads per inch. Used to compute tensile stress area.

milímetros

Effective shear area A_s ?Auto-calculated. Single shear: one plane. Double shear: 2 × plane area. Plane area is shank (π d² / 4) or threaded tensile stress area.

mm²

3 Material strength

Bolt material grade ?ISO 898-1 property class: Sut = class × 100 MPa (Grade 10.9 = 1000 MPa). Stainless uses A2-70 (700 MPa). Choose Custom Material to type catalog tensile strength.

Ultimate tensile strength ?Minimum ultimate tensile strength Sut of the bolt. Ultimate shear strength is taken as k × Sut. Grade 10.9 nominal Sut is 1000 MPa.

MPa

Shear strength ratio ?τu = k × Sut. Default 0.6 is a common estimate for steel fasteners (von Mises / typical code shear-to-tensile ratio). Adjust if your standard specifies a different value.

4 Applied shear load

Applied shear force ?External shear load on the joint. For multiple bolts this is the total load; the calculator splits it equally. Do not enter a negative or zero value.

Number of bolts ?Bolts assumed to share the shear load equally. Shear load per bolt = total shear load / n. Pattern eccentricity can increase the peak bolt load.

Design safety factor ?Divides ultimate shear strength to obtain allowable shear stress τallow = τu / n. Default 2.0 is a common static-design starting point. Critical or fatigue joints often need a higher factor from the governing standard.

Allowable shear load F_allow = A_s × τ_allow, with τ_allow = (k × S_ut) / n. This Bolt Load Capacity Calculator then reports Safety Factor = allowable shear load / applied shear load per bolt.

Calculated results

Bolt shear stress

—

τ = F / A_s

Safety factor

—

Allowable load / applied load

Maximum shear capacity

—

F_máximo = A_s × τ_u

Allowable shear load

—

F_allow = A_s × τ_allow

Safety factor gauge

—

Fallow / F per bolt (scale 0–4)

Load utilization percentage —

≤ 85% allowable 85–100% warning > 100% failure risk

Shear stress indicator

Applied stress τ

—

Allowable τ_allow

—

Ultimate τ_u

—

Load per bolt

—

F / n

Effective shear area

—

from d and shear planes

Allowable shear stress

—

τ_u / design n

Ultimate shear stress

—

k × S_ut

Joint allowable load

—

n × F_allow

SF vs ultimate shear

—

τ_u / τ

(function () {
  "use strict";

  var root = document.getElementById("bsh-root");
  if (!root || root.getAttribute("data-bsh-ready") === "1") return;
  root.setAttribute("data-bsh-ready", "1");

  var ARC_LEN = 282.743;
  var MM_PER_IN = 25.4;
  var MM2_PER_IN2 = 645.16;
  var PSI_PER_MPA = 145.03773773;
  var LBF_PER_N = 0.224808943;

  var SIZES_M = [
    { label: "M6", d: 6, p: 1 },
    { label: "M8", d: 8, p: 1.25 },
    { label: "M10", d: 10, p: 1.5 },
    { label: "M12", d: 12, p: 1.75 },
    { label: "M16", d: 16, p: 2 },
    { label: "M20", d: 20, p: 2.5 },
    { label: "M24", d: 24, p: 3 }
  ];
  var SIZES_UNC = [
    { label: "1/4-20", dIn: 0.25, tpi: 20 },
    { label: "5/16-18", dIn: 0.3125, tpi: 18 },
    { label: "3/8-16", dIn: 0.375, tpi: 16 },
    { label: "1/2-13", dIn: 0.5, tpi: 13 },
    { label: "5/8-11", dIn: 0.625, tpi: 11 },
    { label: "3/4-10", dIn: 0.75, tpi: 10 }
  ];
  var SIZES_UNF = [
    { label: "1/4-28", dIn: 0.25, tpi: 28 },
    { label: "5/16-24", dIn: 0.3125, tpi: 24 },
    { label: "3/8-24", dIn: 0.375, tpi: 24 },
    { label: "1/2-20", dIn: 0.5, tpi: 20 },
    { label: "5/8-18", dIn: 0.625, tpi: 18 },
    { label: "3/4-16", dIn: 0.75, tpi: 16 }
  ];

  var METRIC_PITCH = {
    3: 0.5, 4: 0.7, 5: 0.8, 6: 1, 8: 1.25, 10: 1.5, 12: 1.75,
    14: 2, 16: 2, 18: 2.5, 20: 2.5, 22: 2.5, 24: 3, 27: 3, 30: 3.5, 36: 4
  };

  var GRADES = {
    "4.6":  { sut: 400, label: "Grade 4.6" },
    "5.8":  { sut: 500, label: "Grade 5.8" },
    "8.8":  { sut: 800, label: "Grade 8.8" },
    "10.9": { sut: 1000, label: "Grade 10.9" },
    "12.9": { sut: 1200, label: "Grade 12.9" },
    ss:     { sut: 700, label: "Stainless steel A2-70" },
    custom: null
  };

  var DEFAULTS = {
    unit: "metric",
    mode: "safety",
    thread: "metric",
    shear: "double",
    plane: "shank",
    d: 12,
    p: 1.75,
    grade: "10.9",
    sut: 1000,
    k: 0.6,
    F: 20000,
    fUnit: "N",
    nsf: 2,
    nbolts: 1,
    size: "M12"
  };

  var el = {
    mode: byId("bshMode"),
    thread: byId("bshThread"),
    shear: byId("bshShear"),
    plane: byId("bshPlane"),
    d: byId("bshD"),
    p: byId("bshP"),
    asShow: byId("bshAs"),
    grade: byId("bshGrade"),
    sut: byId("bshSut"),
    k: byId("bshK"),
    F: byId("bshF"),
    fUnit: byId("bshFUnit"),
    nsf: byId("bshNsf"),
    nbolts: byId("bshNbolts"),
    btnMetric: byId("bshBtnMetric"),
    btnImperial: byId("bshBtnImperial"),
    btnReset: byId("bshBtnReset"),
    btnCalc: byId("bshBtnCalculate"),
    results: byId("bshResults"),
    sizeChips: byId("bshSizeChips"),
    modeNote: byId("bshModeNote"),
    pitchWrap: byId("bshPitchWrap"),
    banner: byId("bshBanner"),
    statusTitle: byId("bshStatusTitle"),
    statusNote: byId("bshStatusNote"),
    outStress: byId("bshOutStress"),
    outStressSub: byId("bshOutStressSub"),
    outFmax: byId("bshOutFmax"),
    outFmaxSub: byId("bshOutFmaxSub"),
    outFa: byId("bshOutFa"),
    outFaSub: byId("bshOutFaSub"),
    outSf: byId("bshOutSf"),
    outSfSub: byId("bshOutSfSub"),
    outUtil: byId("bshOutUtil"),
    utilFill: byId("bshUtilFill"),
    outAs: byId("bshOutAs"),
    outAsNote: byId("bshOutAsNote"),
    outFb: byId("bshOutFb"),
    outFbNote: byId("bshOutFbNote"),
    outTauU: byId("bshOutTauU"),
    outTauA: byId("bshOutTauA"),
    outJoint: byId("bshOutJoint"),
    outNult: byId("bshOutNult"),
    alerts: byId("bshAlerts"),
    gaugeArc: byId("bshGaugeArc"),
    needle: byId("bshNeedle"),
    gaugeRead: byId("bshGaugeRead"),
    gaugeNote: byId("bshGaugeNote"),
    schematic: byId("bshSchematic"),
    schForce: byId("bshSchForce"),
    schCaption: byId("bshSchCaption"),
    barTau: byId("bshBarTau"),
    barTa: byId("bshBarTa"),
    barTu: byId("bshBarTu"),
    barTauVal: byId("bshBarTauVal"),
    barTaVal: byId("bshBarTaVal"),
    barTuVal: byId("bshBarTuVal"),
    heroStress: byId("bshHeroStress"),
    heroFmax: byId("bshHeroFmax"),
    heroFa: byId("bshHeroFa"),
    heroSf: byId("bshHeroSf")
  };

  var state = {
    unit: "metric",
    sizeId: "M12",
    applying: false,
    live: false
  };
  var lastFUnit = el.fUnit ? el.fUnit.value : "N";

  function byId(id) { return root.querySelector("#" + id); }

  function num(node) {
    if (!node) return NaN;
    var v = parseFloat(String(node.value).replace(",", "."));
    return isFinite(v) ? v : NaN;
  }

  function clamp(v, a, b) { return Math.max(a, Math.min(b, v)); }

  function roundSmart(v) {
    if (!isFinite(v)) return "";
    var a = Math.abs(v);
    var d = a >= 100 ? 2 : a >= 10 ? 3 : a >= 1 ? 4 : 5;
    return String(Number(v.toFixed(d)));
  }

  function fmt(v, d) {
    if (!isFinite(v)) return "-";
    return v.toLocaleString("en-US", { maximumFractionDigits: d, minimumFractionDigits: 0 });
  }

  function setErr(key, msg) {
    var node = byId("bshErr" + key);
    var map = { D: el.d, P: el.p, Sut: el.sut, K: el.k, F: el.F, Nsf: el.nsf, Nbolts: el.nbolts };
    var input = map[key];
    if (node) node.textContent = msg || "";
    if (input) {
      if (msg) input.classList.add("bsh-invalid");
      else input.classList.remove("bsh-invalid");
    }
  }

  function clearErrs() {
    ["D", "P", "Sut", "K", "F", "Nsf", "Nbolts"].forEach(function (k) { setErr(k, ""); });
  }

  function threadKind() {
    return el.thread ? el.thread.value : "metric";
  }

  function pitchIsTpi() {
    var t = threadKind();
    if (t === "unc" || t === "unf") return true;
    if (t === "custom") return state.unit === "imperial";
    return false;
  }

  function updateUnitLabels() {
    var metric = state.unit === "metric";
    root.querySelectorAll("[data-unit='d']").forEach(function (n) { n.textContent = metric ? "mm" : "in"; });
    root.querySelectorAll("[data-unit='p']").forEach(function (n) { n.textContent = pitchIsTpi() ? "TPI" : "mm"; });
    root.querySelectorAll("[data-unit='as']").forEach(function (n) { n.textContent = metric ? "mm\u00b2" : "in\u00b2"; });
    root.querySelectorAll("[data-unit='s']").forEach(function (n) { n.textContent = metric ? "MPa" : "psi"; });
    if (el.btnMetric) el.btnMetric.classList.toggle("bsh-is-active", metric);
    if (el.btnImperial) el.btnImperial.classList.toggle("bsh-is-active", !metric);
  }

  function updateModeNote() {
    if (!el.modeNote || !el.mode) return;
    var m = el.mode.value;
    if (m === "stress") {
      el.modeNote.textContent = "Shear Stress Calculation: this Bolt Shear Stress Calculator reports \u03c4 = F / As for the selected single or double shear plane.";
    } else if (m === "capacity") {
      el.modeNote.textContent = "Shear Capacity Calculation: this Bolt Shear Capacity Calculator reports maximum and allowable shear load from material strength.";
    } else {
      el.modeNote.textContent = "Safety Factor Calculation: this Bolt Safety Factor Calculator compares allowable shear load with applied load and classifies connection risk.";
    }
    if (el.heroStress) el.heroStress.classList.toggle("bsh-is-focus", m === "stress");
    if (el.heroFmax) el.heroFmax.classList.toggle("bsh-is-focus", m === "capacity");
    if (el.heroFa) el.heroFa.classList.toggle("bsh-is-focus", m === "capacity");
    if (el.heroSf) el.heroSf.classList.toggle("bsh-is-focus", m === "safety");
  }

  function currentSizeList() {
    var t = threadKind();
    if (t === "unc") return SIZES_UNC.map(function (s) {
      return { label: s.label, dDisp: state.unit === "metric" ? s.dIn * MM_PER_IN : s.dIn, pDisp: s.tpi };
    });
    if (t === "unf") return SIZES_UNF.map(function (s) {
      return { label: s.label, dDisp: state.unit === "metric" ? s.dIn * MM_PER_IN : s.dIn, pDisp: s.tpi };
    });
    return SIZES_M.map(function (s) {
      return { label: s.label, dDisp: state.unit === "metric" ? s.d : s.d / MM_PER_IN, pDisp: s.p };
    });
  }

  function renderSizeChips() {
    if (!el.sizeChips) return;
    var list = currentSizeList();
    el.sizeChips.innerHTML = "";
    list.forEach(function (s) {
      var btn = document.createElement("button");
      btn.type = "button";
      btn.className = "bsh-chip" + (state.sizeId === s.label ? " bsh-is-active" : "");
      btn.textContent = s.label;
      btn.addEventListener("click", function () {
        state.sizeId = s.label;
        state.applying = true;
        el.d.value = roundSmart(s.dDisp);
        if (el.p) el.p.value = String(s.pDisp);
        state.applying = false;
        refreshAs();
        paintChips();
        if (state.live) calculate(false);
      });
      el.sizeChips.appendChild(btn);
    });
  }

  function paintChips() {
    if (!el.sizeChips) return;
    el.sizeChips.querySelectorAll(".bsh-chip").forEach(function (btn) {
      btn.classList.toggle("bsh-is-active", btn.textContent === state.sizeId);
    });
  }

  function shankArea(dDisp, unit) {
    if (!(dDisp > 0)) return NaN;
    var dmm = unit === "metric" ? dDisp : dDisp * MM_PER_IN;
    return Math.PI / 4 * dmm * dmm;
  }

  function threadArea(dDisp, pDisp, unit, tpiMode) {
    if (!(dDisp > 0) || !(pDisp > 0)) return NaN;
    var dmm = unit === "metric" ? dDisp : dDisp * MM_PER_IN;
    var pmm = tpiMode ? MM_PER_IN / pDisp : pDisp;
    var core;
    if (tpiMode) {
      var din = dmm / MM_PER_IN;
      var tpi = pDisp;
      core = (din - 0.9743 / tpi) * MM_PER_IN;
    } else {
      core = dmm - 0.9382 * pmm;
    }
    if (!(core > 0)) return NaN;
    return Math.PI / 4 * core * core;
  }

  function onePlaneAreaMm2() {
    var d = num(el.d);
    var plane = el.plane ? el.plane.value : "shank";
    if (plane === "thread") {
      return threadArea(d, num(el.p), state.unit, pitchIsTpi());
    }
    return shankArea(d, state.unit);
  }

  function refreshAs() {
    if (!el.asShow) return;
    var as1 = onePlaneAreaMm2();
    var npl = el.shear && el.shear.value === "double" ? 2 : 1;
    var as = as1 * npl;
    if (!isFinite(as) || !(as > 0)) {
      el.asShow.value = "";
      return;
    }
    if (state.unit === "imperial") {
      el.asShow.value = (as / MM2_PER_IN2).toFixed(4);
    } else {
      el.asShow.value = as >= 10 ? as.toFixed(1) : as.toFixed(3);
    }
  }

  function applyGrade() {
    var g = GRADES[el.grade.value];
    if (!g) {
      el.sut.readOnly = false;
      return;
    }
    state.applying = true;
    var metric = state.unit === "metric";
    el.sut.value = metric ? String(g.sut) : roundSmart(g.sut * PSI_PER_MPA);
    el.sut.readOnly = true;
    state.applying = false;
  }

  function markCustomGrade() {
    if (state.applying) return;
    if (el.grade.value !== "custom") el.grade.value = "custom";
    el.sut.readOnly = false;
  }

  function suggestPitchFromDiameter() {
    if (state.applying) return;
    if (threadKind() === "custom") return;
    var d = num(el.d);
    if (!(d > 0)) return;
    var dmm = state.unit === "metric" ? d : d * MM_PER_IN;
    var t = threadKind();
    var i;
    if (t === "metric") {
      var keys = Object.keys(METRIC_PITCH);
      var best = null;
      var bestDiff = 1e9;
      for (i = 0; i < keys.length; i++) {
        var dm = Number(keys[i]);
        var diff = Math.abs(dmm - dm);
        if (diff < bestDiff) { bestDiff = diff; best = dm; }
      }
      if (best != null && bestDiff < 0.35) el.p.value = String(METRIC_PITCH[best]);
      return;
    }
    var list = t === "unf" ? SIZES_UNF : SIZES_UNC;
    var nearest = null;
    var nd = 1e9;
    for (i = 0; i < list.length; i++) {
      var dd = Math.abs(dmm - list[i].dIn * MM_PER_IN);
      if (dd < nd) { nd = dd; nearest = list[i]; }
    }
    if (nearest && nd < 0.6) el.p.value = String(nearest.tpi);
  }

  function forceToN() {
    var v = num(el.F);
    if (!isFinite(v)) return NaN;
    var u = el.fUnit.value;
    if (u === "kN") return v * 1000;
    if (u === "lbf") return v / LBF_PER_N;
    return v;
  }

  function convertForceUnitValue(value, fromU, toU) {
    if (!isFinite(value)) return value;
    var n = value;
    if (fromU === "kN") n *= 1000;
    if (fromU === "lbf") n /= LBF_PER_N;
    if (toU === "kN") return n / 1000;
    if (toU === "lbf") return n * LBF_PER_N;
    return n;
  }

  function formatForce(N) {
    if (!isFinite(N)) return { primary: "-", secondary: "" };
    if (state.unit === "imperial") {
      return { primary: fmt(N * LBF_PER_N, 1) + " lbf", secondary: fmt(N / 1000, 2) + " kN  /  " + fmt(N, 0) + " N" };
    }
    if (Math.abs(N) >= 1000) {
      return { primary: fmt(N / 1000, 2) + " kN", secondary: fmt(N, 0) + " N  /  " + fmt(N * LBF_PER_N, 1) + " lbf" };
    }
    return { primary: fmt(N, 1) + " N", secondary: fmt(N * LBF_PER_N, 1) + " lbf" };
  }

  function formatStress(MPa) {
    if (!isFinite(MPa)) return { primary: "-", secondary: "" };
    if (state.unit === "imperial") {
      return { primary: fmt(MPa * PSI_PER_MPA, 0) + " psi", secondary: fmt(MPa, 1) + " MPa" };
    }
    return { primary: fmt(MPa, 1) + " MPa", secondary: fmt(MPa * PSI_PER_MPA, 0) + " psi" };
  }

  function formatArea(mm2) {
    if (!isFinite(mm2)) return "-";
    if (state.unit === "imperial") return fmt(mm2 / MM2_PER_IN2, 4) + " in\u00b2";
    return fmt(mm2, 1) + " mm\u00b2";
  }

  function switchUnit(next) {
    if (next === state.unit) return;
    var d = num(el.d);
    var sut = num(el.sut);
    var F = num(el.F);
    var fromFU = el.fUnit.value;
    var toFU = next === "imperial" ? "lbf" : "N";
    var custom = threadKind() === "custom";
    var p = num(el.p);

    if (next === "imperial") {
      if (isFinite(d)) el.d.value = roundSmart(d / MM_PER_IN);
      if (isFinite(sut)) el.sut.value = roundSmart(sut * PSI_PER_MPA);
      if (custom && isFinite(p) && p > 0) el.p.value = roundSmart(MM_PER_IN / p);
    } else {
      if (isFinite(d)) el.d.value = roundSmart(d * MM_PER_IN);
      if (isFinite(sut)) el.sut.value = roundSmart(sut / PSI_PER_MPA);
      if (custom && isFinite(p) && p > 0) el.p.value = roundSmart(MM_PER_IN / p);
    }

    el.fUnit.value = toFU;
    lastFUnit = toFU;
    if (isFinite(F)) el.F.value = roundSmart(convertForceUnitValue(F, fromFU, toFU));
    state.sizeId = "";
    state.unit = next;
    updateUnitLabels();
    renderSizeChips();
    refreshAs();
    if (state.live) calculate(false);
  }

  function toSI() {
    var metric = state.unit === "metric";
    var d = num(el.d);
    var p = num(el.p);
    var sut = num(el.sut);
    var as1 = onePlaneAreaMm2();
    var npl = el.shear && el.shear.value === "double" ? 2 : 1;
    return {
      d: d,
      p: p,
      sut: sut,
      k: num(el.k),
      d_mm: metric ? d : d * MM_PER_IN,
      p_mm: pitchIsTpi() ? (p > 0 ? MM_PER_IN / p : NaN) : p,
      sut_MPa: metric ? sut : sut / PSI_PER_MPA,
      as1_mm2: as1,
      as_mm2: as1 * npl,
      nPlanes: npl,
      F_N: forceToN(),
      nsf: num(el.nsf),
      nbolts: num(el.nbolts),
      plane: el.plane ? el.plane.value : "shank",
      shear: el.shear ? el.shear.value : "single"
    };
  }

  function empty(node) {
    return !node || String(node.value).trim() === "";
  }

  function needsPitch(si) {
    return si.plane === "thread";
  }

  function validate(si) {
    var ok = true;
    clearErrs();

    if (empty(el.d) || !isFinite(num(el.d))) { setErr("D", "Enter a bolt diameter."); ok = false; }
    else if (!(si.d > 0)) { setErr("D", "Diameter must be greater than zero."); ok = false; }
    else if (si.d_mm < 1.5 || si.d_mm > 150) { setErr("D", "Diameter looks unrealistic. Typical range is about 2 mm to 150 mm."); ok = false; }

    if (needsPitch(si)) {
      if (empty(el.p) || !isFinite(num(el.p))) {
        setErr("P", pitchIsTpi() ? "Enter threads per inch (TPI)." : "Enter thread pitch.");
        ok = false;
      } else if (!(si.p > 0)) {
        setErr("P", pitchIsTpi() ? "TPI must be greater than zero." : "Pitch must be greater than zero.");
        ok = false;
      } else if (!pitchIsTpi() && si.d > 0 && si.p >= si.d && state.unit === "metric") {
        setErr("P", "Pitch must be smaller than the bolt diameter.");
        ok = false;
      } else if (!(si.as1_mm2 > 0)) {
        setErr("P", "Pitch is too large for this diameter; thread shear area would be zero.");
        ok = false;
      }
    }

    if (empty(el.F) || !isFinite(num(el.F))) { setErr("F", "Enter the applied shear force."); ok = false; }
    else if (!(si.F_N > 0)) { setErr("F", "Applied shear force must be greater than zero."); ok = false; }

    if (empty(el.sut) || !isFinite(num(el.sut))) { setErr("Sut", "Enter ultimate tensile strength."); ok = false; }
    else if (!(si.sut > 0)) { setErr("Sut", "Ultimate tensile strength must be greater than zero."); ok = false; }
    else if (si.sut_MPa < 200 || si.sut_MPa > 2500) {
      setErr("Sut", "Value looks unrealistic for a steel bolt (typical 250–2200 MPa / 36–320 ksi).");
      ok = false;
    }

    if (empty(el.k) || !isFinite(num(el.k))) { setErr("K", "Enter the shear strength ratio."); ok = false; }
    else if (!(si.k > 0) || si.k > 1) { setErr("K", "Shear strength ratio must be between 0 and 1 (typical 0.6)."); ok = false; }

    if (empty(el.nsf) || !isFinite(num(el.nsf))) { setErr("Nsf", "Enter a design safety factor."); ok = false; }
    else if (!(si.nsf > 0)) { setErr("Nsf", "Design safety factor must be greater than zero."); ok = false; }
    else if (si.nsf < 1 || si.nsf > 12) { setErr("Nsf", "Enter a design safety factor between 1 and 12."); ok = false; }

    if (empty(el.nbolts) || !isFinite(num(el.nbolts))) { setErr("Nbolts", "Enter the number of bolts."); ok = false; }
    else if (!(si.nbolts >= 1) || Math.floor(si.nbolts) !== si.nbolts) {
      setErr("Nbolts", "Number of bolts must be an integer \u2265 1.");
      ok = false;
    }

    return ok;
  }

  function setGauge(sf) {
    var frac = clamp((isFinite(sf) ? sf : 0) / 4, 0, 1);
    if (el.gaugeArc) el.gaugeArc.setAttribute("stroke-dashoffset", String(ARC_LEN * (1 - frac)));
    var ang = -90 + frac * 180;
    if (el.needle) el.needle.setAttribute("transform", "rotate(" + ang + " 120 118)");
  }

  function setSchematic(status, shear) {
    if (!el.schematic) return;
    el.schematic.setAttribute("data-status", status || "idle");
    el.schematic.setAttribute("data-shear", shear === "double" ? "double" : "single");
  }

  function setBar(node, pct) {
    if (!node) return;
    node.style.width = clamp(pct, 0, 100) + "%";
  }

  function calculate(scroll) {
    refreshAs();
    var si = toSI();
    var ok = validate(si);
    if (el.results) el.results.classList.remove("bsh-hidden");
    updateModeNote();

    if (!ok) {
      state.live = false;
      el.statusTitle.textContent = "Check inputs";
      el.statusNote.textContent = "Correct the highlighted fields, then calculate again. Empty, zero, or negative values are not allowed.";
      el.banner.className = "bsh-banner bsh-banner-caution";
      setGauge(0);
      setSchematic("idle", si.shear);
      if (scroll) {
        try { el.results.scrollIntoView({ behavior: "smooth", block: "nearest" }); } catch (e) {}
      }
      return;
    }

    var As = si.as_mm2;
    var nBolts = si.nbolts;
    var Ftotal = si.F_N;
    var Fb = Ftotal / nBolts;
    var tau = Fb / As;
    var Sut = si.sut_MPa;
    var tauU = si.k * Sut;
    var tauA = tauU / si.nsf;
    var Fmax = As * tauU;
    var Fa = As * tauA;
    var Fjoint = Fa * nBolts;
    var sfAllow = Fa / Fb;
    var sfUlt = tauU / tau;
    var util = (Fb / Fa) * 100;

    var alerts = [];
    var status = "safe";
    var title = "Safe";
    var note = "Applied shear stress is below the allowable shear strength for the selected design safety factor.";

    if (si.plane === "thread") {
      alerts.push({ type: "ok", text: "Shear is taken through the threaded section. Effective area uses the tensile stress area (ISO 898 / ASME B1.1), which is smaller than the shank." });
    } else {
      alerts.push({ type: "ok", text: "Shear is taken through the bolt shank. As = \u03c0 d\u00b2 / 4 per plane. Confirm the shear plane actually misses the threads." });
    }
    if (si.shear === "double") {
      alerts.push({ type: "ok", text: "Double shear: total shear area = 2 \u00d7 As. Both planes are assumed equally loaded." });
    }
    if (nBolts > 1) {
      alerts.push({ type: "ok", text: "Shear load per bolt = total shear load / " + nBolts + " (equal share). Eccentric patterns can overload the most highly loaded fastener." });
    }
    if (si.k < 0.5 || si.k > 0.7) {
      alerts.push({ type: "warn", text: "Shear strength ratio k = " + fmt(si.k, 2) + " is outside the common 0.5–0.7 range used in this Fastener Shear Strength Analysis Tool." });
    }
    if (tau >= tauU) {
      alerts.push({ type: "risk", text: "Bolt shear stress meets or exceeds ultimate shear strength. Shear fracture risk is high." });
    } else if (tau >= 0.90 * tauU) {
      alerts.push({ type: "warn", text: "Bolt shear stress approaches ultimate shear strength (" + fmt(tau / tauU * 100, 1) + "% of \u03c4u)." });
    }

    if (util > 100 || tau >= tauA || Fb >= Fa) {
      status = "risk";
      title = "Failure Risk";
      note = "Applied shear stress exceeds bolt shear capacity. Increase diameter or grade, use double shear, add bolts, or reduce the load before using this connection.";
      alerts.unshift({ type: "risk", text: "Applied shear load per bolt " + formatForce(Fb).primary + " exceeds allowable shear load " + formatForce(Fa).primary + "." });
    } else if (util >= 85 || tau >= 0.90 * tauA || sfAllow < 1.15) {
      status = "caution";
      title = "Warning";
      note = "Shear stress approaches the allowable limit. Confirm thread location, joint design, and applicable codes before accepting this Bolt Shear Strength Calculator result.";
      alerts.unshift({ type: "warn", text: "Load utilization is " + fmt(util, 1) + "% of allowable shear capacity. Remaining margin is small." });
    } else {
      status = "safe";
      title = "Safe";
      note = "Applied shear stress is below allowable shear strength. Safety factor versus allowable load is " + fmt(sfAllow, 2) + ".";
      alerts.unshift({ type: "ok", text: "Shear safety status is Safe. Actual safety factor vs ultimate shear is " + fmt(sfUlt, 2) + " (\u03c4u / \u03c4)." });
    }

    var tFmt = formatStress(tau);
    var fmaxFmt = formatForce(Fmax);
    var faFmt = formatForce(Fa);
    var fbFmt = formatForce(Fb);

    el.outStress.textContent = tFmt.primary;
    el.outStressSub.textContent = (tFmt.secondary ? tFmt.secondary + "  \u2014  " : "") + "\u03c4 = F / As";
    el.outFmax.textContent = fmaxFmt.primary;
    el.outFmaxSub.textContent = fmaxFmt.secondary || "Fmax = As \u00d7 \u03c4u";
    el.outFa.textContent = faFmt.primary;
    el.outFaSub.textContent = faFmt.secondary || "Fallow = As \u00d7 \u03c4allow";
    el.outSf.textContent = fmt(sfAllow, 2);
    el.outSfSub.textContent = "Allowable shear load / applied shear load per bolt";

    el.outUtil.textContent = fmt(util, 1) + "% of allowable";
    el.utilFill.style.width = clamp(util, 0, 100) + "%";
    el.utilFill.className = "bsh-util-fill" + (status === "risk" ? " bsh-is-risk" : status === "caution" ? " bsh-is-caution" : " bsh-is-ok");

    el.outAs.textContent = formatArea(As);
    el.outAsNote.textContent = (si.plane === "thread" ? "threaded section" : "shank") + (si.nPlanes === 2 ? " \u00d7 2 planes" : " \u00d7 1 plane");
    el.outFb.textContent = fbFmt.primary;
    el.outFbNote.textContent = nBolts > 1 ? "total " + formatForce(Ftotal).primary + " / " + nBolts : "single bolt";
    el.outTauU.textContent = formatStress(tauU).primary;
    el.outTauA.textContent = formatStress(tauA).primary;
    el.outJoint.textContent = formatForce(Fjoint).primary;
    el.outNult.textContent = fmt(sfUlt, 2);

    if (el.gaugeRead) el.gaugeRead.textContent = fmt(sfAllow, 2);
    if (el.gaugeNote) el.gaugeNote.textContent = "vs design allowable (n = " + fmt(si.nsf, 2) + ")";
    setGauge(sfAllow);

    if (el.schForce) el.schForce.textContent = fbFmt.primary;
    if (el.schCaption) {
      el.schCaption.textContent = si.shear === "double" ? "Double shear  \u00b7  2 planes" : "Single shear  \u00b7  1 plane";
    }
    setSchematic(status === "risk" ? "risk" : status === "caution" ? "caution" : "ok", si.shear);

    var scale = Math.max(tauU, tauA, tau, 1);
    setBar(el.barTau, tau / scale * 100);
    setBar(el.barTa, tauA / scale * 100);
    setBar(el.barTu, tauU / scale * 100);
    if (el.barTauVal) el.barTauVal.textContent = tFmt.primary;
    if (el.barTaVal) el.barTaVal.textContent = formatStress(tauA).primary;
    if (el.barTuVal) el.barTuVal.textContent = formatStress(tauU).primary;
    if (el.barTau) {
      el.barTau.className = "bsh-bar-fill" + (status === "risk" ? " bsh-is-risk" : status === "caution" ? " bsh-is-caution" : " bsh-is-ok");
    }

    el.statusTitle.textContent = title;
    el.statusNote.textContent = note;
    el.banner.className = "bsh-banner bsh-banner-" + (status === "safe" ? "ok" : status === "risk" ? "risk" : "caution");

    el.alerts.innerHTML = "";
    alerts.forEach(function (a) {
      var div = document.createElement("div");
      div.className = "bsh-alert bsh-alert-" + (a.type === "risk" ? "risk" : a.type === "ok" ? "ok" : "warn");
      div.textContent = a.text;
      el.alerts.appendChild(div);
    });

    state.live = true;
    if (scroll) {
      try { el.banner.closest(".bsh-card").scrollIntoView({ behavior: "smooth", block: "nearest" }); } catch (e) {}
    }
  }

  function onThreadChange() {
    state.sizeId = "";
    if (threadKind() !== "custom") suggestPitchFromDiameter();
    updateUnitLabels();
    renderSizeChips();
    refreshAs();
    if (state.live) calculate(false);
  }

  function resetAll() {
    state.unit = "metric";
    state.sizeId = DEFAULTS.size;
    state.live = false;
    el.mode.value = DEFAULTS.mode;
    el.thread.value = DEFAULTS.thread;
    el.shear.value = DEFAULTS.shear;
    el.plane.value = DEFAULTS.plane;
    el.d.value = String(DEFAULTS.d);
    el.p.value = String(DEFAULTS.p);
    el.grade.value = DEFAULTS.grade;
    el.k.value = String(DEFAULTS.k);
    el.nsf.value = String(DEFAULTS.nsf);
    el.nbolts.value = String(DEFAULTS.nbolts);
    el.fUnit.value = DEFAULTS.fUnit;
    lastFUnit = DEFAULTS.fUnit;
    el.F.value = String(DEFAULTS.F);
    applyGrade();
    updateUnitLabels();
    updateModeNote();
    renderSizeChips();
    refreshAs();
    clearErrs();
    el.results.classList.add("bsh-hidden");
    setGauge(0);
    setSchematic("idle", DEFAULTS.shear);
  }

  function onRootClick(e) {
    var btn = e.target && e.target.closest ? e.target.closest("button") : null;
    if (!btn || !root.contains(btn)) return;
    if (btn.id === "bshBtnMetric") {
      e.preventDefault();
      switchUnit("metric");
    } else if (btn.id === "bshBtnImperial") {
      e.preventDefault();
      switchUnit("imperial");
    } else if (btn.id === "bshBtnReset") {
      e.preventDefault();
      resetAll();
    } else if (btn.id === "bshBtnCalculate") {
      e.preventDefault();
      calculate(true);
    }
  }

  root.addEventListener("click", onRootClick);
  if (el.btnCalc) el.btnCalc.addEventListener("click", function () { calculate(true); });

  if (el.grade) el.grade.addEventListener("change", function () {
    if (el.grade.value === "custom") el.sut.readOnly = false;
    else applyGrade();
    if (state.live) calculate(false);
  });

  if (el.sut) el.sut.addEventListener("input", function () {
    markCustomGrade();
    if (state.live) calculate(false);
  });

  if (el.d) el.d.addEventListener("input", function () {
    state.sizeId = "";
    paintChips();
    suggestPitchFromDiameter();
    refreshAs();
    if (state.live) calculate(false);
  });

  if (el.p) el.p.addEventListener("input", function () {
    state.sizeId = "";
    paintChips();
    refreshAs();
    if (state.live) calculate(false);
  });

  ["k", "F", "nsf", "nbolts"].forEach(function (key) {
    if (!el[key]) return;
    el[key].addEventListener("input", function () {
      if (state.live) calculate(false);
    });
  });

  if (el.thread) el.thread.addEventListener("change", onThreadChange);
  if (el.shear) el.shear.addEventListener("change", function () {
    refreshAs();
    if (state.live) calculate(false);
  });
  if (el.plane) el.plane.addEventListener("change", function () {
    refreshAs();
    if (state.live) calculate(false);
  });
  if (el.mode) el.mode.addEventListener("change", function () {
    updateModeNote();
    if (state.live) calculate(false);
  });

  if (el.fUnit) el.fUnit.addEventListener("change", function () {
    var next = el.fUnit.value;
    if (next === lastFUnit) return;
    var F = num(el.F);
    el.fUnit.value = lastFUnit;
    if (isFinite(F)) el.F.value = roundSmart(convertForceUnitValue(F, lastFUnit, next));
    el.fUnit.value = next;
    lastFUnit = next;
    if (state.live) calculate(false);
  });

  root.addEventListener("keydown", function (e) {
    if (e.key === "Enter" && e.target && e.target.tagName === "INPUT") {
      e.preventDefault();
      calculate(true);
    }
  });

  window.bshSwitchUnit = switchUnit;
  window.bshReset = resetAll;
  window.bshCalculate = function () { calculate(true); };

  updateUnitLabels();
  updateModeNote();
  renderSizeChips();
  applyGrade();
  refreshAs();
})();


Bolt Shear Strength Calculator

Input parameters

Tags:

Bruce Li

Deixe um comentário Cancelar resposta

Pressione ESC para fechar

Input parameters

Compartilhe o artigo:

Tags:

Bruce Li

Bolt Tensile Strength Check Calculator

Bolt Fatigue Life Calculator

Deixe um comentário Cancelar resposta