QA/QC  › Structural Design & Loading  › Structural Load Test
Test-report · QC-STR-TST-001
Structural Load Test Report
21 checkpoints across 5 sections. For critical members or if design doubt exists; before commissioning; post-construction quality check
21 Checkpoints
5 Sections
Per critical member or per project requirement
Structural Engineer, QC Engineer

Checklist Preview

S.No.CheckpointIS RequirementStatus
A. TEST SETUP & INSTRUMENTATION
A1Member geometry confirmed: Dimensions (length, width, height) measured; cross-section consistent with design drawings
Acceptance: Dimensions measured at 3 locations; Match drawings (±10mm); Material inspected visually
Cl. 3 — Member identification
OK
NC
NA
HOLD
A2Material strength verified: Concrete strength via rebound hammer or core samples; Steel yield proof via tensile test (if required)
Acceptance: Concrete: Schmidt rebound ≥per design (M25/M30/etc.); Core samples: f'c matches spec; Steel: Properties per grade
Cl. 4 — Material verification
OK
NC
NA
HOLD
A3Loading system prepared: Jack capacity ≥1.5× design load; load cells calibrated within last 12 months; accuracy ±2%
Acceptance: Jack capacity adequate; Load cell cert provided; Calibration current; No overload risk
Cl. 5 — Load application apparatus
OK
NC
NA
HOLD
A4Measurement instruments installed: Linear Variable Differential Transformer (LVDT) or dial gauges at mid-span and supports; 3 minimum
Acceptance: LVDT/gauges installed at mid-span, quarter-span, support; Reference frame stable; Baseline recorded
Cl. 6 — Deflection measurement
OK
NC
NA
HOLD
A5Strain gauges installed on reinforcement / steel at critical sections if detailed stress analysis required
Acceptance: Gauges bonded per procedure; Leads protected; Zero reading confirmed; Data logger connected
Cl. 7 — Stress measurement (optional)
OK
NC
NA
HOLD
B. PRE-TEST VERIFICATION
B1Design load capacity of member determined from design calculations; serviceability limit state deflection limit (typically L/250) noted
Acceptance: Design moment/shear from calculations; Allowable deflection per code stated; Test criteria documented
Cl. 8 — Design basis
OK
NC
NA
HOLD
B2Test load determined: Typically 1.0× design live load + 0.5× dead load, or as per specific test plan; not exceeding design capacity
Acceptance: Test load ≤design capacity; Reasonable for member (not over-test); Justified in test plan
Cl. 9 — Test load selection
OK
NC
NA
HOLD
B3Support conditions verified: Bearing surfaces smooth, level, stable; load distribution plates sized (min 150×150 mm for point loads)
Acceptance: Supports level (±5mm); Plates adequate size; No rocking or slippage; Stable during test
Cl. 10 — Support adequacy
OK
NC
NA
HOLD
B4Safety barriers established: Test area cordoned off; personnel kept away during loading; emergency stop procedures documented
Acceptance: Area secured; Safety plan reviewed; Emergency contact available; Liability insurance confirmed
Cl. 11 — Safety measures
OK
NC
NA
HOLD
C. LOAD APPLICATION & MONITORING
C1Initial readings taken: Deflection gauges zeroed; load cell zeroed; temperature & humidity recorded for reference
Acceptance: All gauges show zero/baseline; Temperature recorded; Readings documented in test log
Cl. 12 — Baseline
OK
NC
NA
HOLD
C2Load applied in increments: Typically 25%, 50%, 75%, 100% of test load; at each level hold 2-3 minutes for stabilization
Acceptance: Increment size reasonable; Hold time sufficient (2-3 min); Applied gradually, no jerking
Cl. 13 — Loading protocol
OK
NC
NA
HOLD
C3Deflection measured at each load level: Mid-span deflection, quarter-span deflection, support settlement recorded; linearity checked
Acceptance: Deflection increases proportionally with load; No sudden jumps; All measurement points recorded
Cl. 14 — Deflection monitoring
OK
NC
NA
HOLD
C4Observation for cracking / distress: Visual inspection at each load level for new cracks, spalling, bolt slippage; documented & sketched
Acceptance: No visible cracks up to test load; If cracks appear, location & width recorded; Condition photographed
Cl. 15 — Damage monitoring
OK
NC
NA
HOLD
C5Sound/noise monitoring: Member behavior observed for unusual sounds (cracking, creep); any concerning noise investigated
Acceptance: No alarming sounds; If audible cracking, load held and inspected; Behavior normal expected for member type
Cl. 16 — Behavior assessment
OK
NC
NA
HOLD
Showing 14 of 21 checkpoints ·
A. TEST SETUP & INSTRUMENTATION
A1Member geometry confirmed: Dimensions (length, width, height) measured; cross-section consistent with design drawings
Cl. 3 — Member identification (IS 1608)
Dimensions measured at 3 locations; Match drawings (±10mm); Material inspected visually
OKNCNAHOLD
A2Material strength verified: Concrete strength via rebound hammer or core samples; Steel yield proof via tensile test (if required)
Cl. 4 — Material verification (IS 13311)
Concrete: Schmidt rebound ≥per design (M25/M30/etc.); Core samples: f'c matches spec; Steel: Properties per grade
OKNCNAHOLD
A3Loading system prepared: Jack capacity ≥1.5× design load; load cells calibrated within last 12 months; accuracy ±2%
Cl. 5 — Load application apparatus (IS 1608)
Jack capacity adequate; Load cell cert provided; Calibration current; No overload risk
OKNCNAHOLD
A4Measurement instruments installed: Linear Variable Differential Transformer (LVDT) or dial gauges at mid-span and supports; 3 minimum
Cl. 6 — Deflection measurement (IS 1608)
LVDT/gauges installed at mid-span, quarter-span, support; Reference frame stable; Baseline recorded
OKNCNAHOLD
A5Strain gauges installed on reinforcement / steel at critical sections if detailed stress analysis required
Cl. 7 — Stress measurement (optional) (IS 1608)
Gauges bonded per procedure; Leads protected; Zero reading confirmed; Data logger connected
OKNCNAHOLD
B. PRE-TEST VERIFICATION
B1Design load capacity of member determined from design calculations; serviceability limit state deflection limit (typically L/250) noted
Cl. 8 — Design basis (IS 456)
Design moment/shear from calculations; Allowable deflection per code stated; Test criteria documented
OKNCNAHOLD
B2Test load determined: Typically 1.0× design live load + 0.5× dead load, or as per specific test plan; not exceeding design capacity
Cl. 9 — Test load selection (IS 1608)
Test load ≤design capacity; Reasonable for member (not over-test); Justified in test plan
OKNCNAHOLD
B3Support conditions verified: Bearing surfaces smooth, level, stable; load distribution plates sized (min 150×150 mm for point loads)
Cl. 10 — Support adequacy (IS 1608)
Supports level (±5mm); Plates adequate size; No rocking or slippage; Stable during test
OKNCNAHOLD
B4Safety barriers established: Test area cordoned off; personnel kept away during loading; emergency stop procedures documented
Cl. 11 — Safety measures (IS 1608)
Area secured; Safety plan reviewed; Emergency contact available; Liability insurance confirmed
OKNCNAHOLD
C. LOAD APPLICATION & MONITORING
C1Initial readings taken: Deflection gauges zeroed; load cell zeroed; temperature & humidity recorded for reference
Cl. 12 — Baseline (IS 1608)
All gauges show zero/baseline; Temperature recorded; Readings documented in test log
OKNCNAHOLD
C2Load applied in increments: Typically 25%, 50%, 75%, 100% of test load; at each level hold 2-3 minutes for stabilization
Cl. 13 — Loading protocol (IS 1608)
Increment size reasonable; Hold time sufficient (2-3 min); Applied gradually, no jerking
OKNCNAHOLD
C3Deflection measured at each load level: Mid-span deflection, quarter-span deflection, support settlement recorded; linearity checked
Cl. 14 — Deflection monitoring (IS 1608)
Deflection increases proportionally with load; No sudden jumps; All measurement points recorded
OKNCNAHOLD
C4Observation for cracking / distress: Visual inspection at each load level for new cracks, spalling, bolt slippage; documented & sketched
Cl. 15 — Damage monitoring (IS 456)
No visible cracks up to test load; If cracks appear, location & width recorded; Condition photographed
OKNCNAHOLD
C5Sound/noise monitoring: Member behavior observed for unusual sounds (cracking, creep); any concerning noise investigated
Cl. 16 — Behavior assessment (IS 1608)
No alarming sounds; If audible cracking, load held and inspected; Behavior normal expected for member type
OKNCNAHOLD
Showing 14 of 21 ·
Inspection Sign-Off
PASS - MEMBER CAPACITY VERIFIED
CONDITIONAL PASS - MONITOR
FAIL - REMEDIATION REQUIRED
Test Load Applied (kN)
Name / Sign / Date
Max Deflection (mm)
Name / Sign / Date
Allowable Deflection (mm)
Name / Sign / Date
Permanent Set (mm)
Name / Sign / Date
Member Condition
Name / Sign / Date
Remarks
Name / Sign / Date
Tested By
Name / Sign / Date
Approved By
Name / Sign / Date