Applied Foundation Testing

Combines the simplicity of static analysis with the efficiency of dynamic testing to evaluate deep foundations rapidly and cost-effectively, reducing setup time while maintaining high analytical reliability.

• STATNAMIC Load Testing (ASTM D7383)

  Executes rapid load tests as an alternative to traditional static testing, utilizing proprietary software to deliver reliable capacity evaluations.

• Dynamic Pile Testing / PDA (ASTM D4945)

  Analyzes driving stresses, hammer energy, and pile capacity in real time using Pile Driving Analyzer technology.

• High Strain Dynamic Load Testing (Drop Hammer)

  Applies heavy drop-weight impacts to foundations to verify ultimate bearing capacities in compliance with regional standards.

Measures deep foundation capacity without large reaction frames by utilizing embedded hydraulic jacks to test different shaft sections against one another, saving space and setup effort.

• AFT-Cell Bi-Directional Load Test

  Employs custom manufactured embedded hydraulic jacks to conduct high-capacity load tests in confined spaces without reaction beams.

• Static Load Testing (ASTM D1143)

  Conducts traditional physical loading of piles to establish definitive load-settlement performance curves under controlled conditions.

• Soil Anchor Design and Testing

  Evaluates tension anchors and tiebacks to secure earth retention systems and deep excavation supports.

Evaluates the internal consistency and structural integrity of deep foundations using non-invasive techniques to identify potential anomalies or verify construction quality.

• Low Strain Integrity Testing

  Uses sonic echo methods to quickly assess shaft continuity and detect major defects in cast-in-place concrete foundations.

• Crosshole Sonic Logging (CSL)

  Measures ultrasonic wave propagation between access tubes to map the internal concrete quality of drilled shafts.

• Thermal Integrity Profiling (TIP)

  Monitors concrete hydration temperatures via thermal sensors to evaluate the entire cross-section and cage alignment of shafts.

• Ultra Seismic and Parallel Seismic Testing

  Assesses depth and structural integrity of unknown or existing foundations where the top is inaccessible.

• Unknown Foundation Studies

  Employs forensic geophysical and seismic methods to map sub-surface foundation dimensions for existing structures.

Assesses bottom cleanliness and geometry in drilled shafts to verify excavation quality and ensure optimal contact with bearing strata.

• AFT-SID Miniature Shaft Inspection Device

  Deploys a specialized stainless-steel inspection bell with camera imaging to verify clean shaft bottom conditions before concrete placement.

• Caliper Logging of Drilled Shafts

  Profiles the physical diameter and geometry of open shafts to calculate concrete volume requirements and identify necking.

• Drilled Shaft Inspection

  Performs visual and technical verification of excavation, reinforcing steel placement, and concrete tremie operations.

Improves end bearing performance of drilled shaft foundations using pressurized grout systems accompanied by digitized quality control documentation.

• Post Grouting of Drilled Shafts

  Pioneers the application of base pressure grouting to enhance deep foundation load capacities after shaft construction.

• GroutDAQ Quality Control System

  Uses a proprietary electronic documentation system to monitor and record grout pressure and volume in real time.

Verifies compliance of foundation installations with design requirements, providing real-time quality control for dynamic, static, and augercast piling methods.

• Pile Driving Inspection

  Tracks blow counts, hammer stroke, and pile penetration to ensure deep foundation elements meet specified depth and resistance targets.

• Ground Improvement Inspection

  Monitors installation quality of soil-strengthening techniques to confirm the design criteria are met.

• Augercast Pile Inspection

  Ensures continuous concrete or grout placement during flight auger withdrawal to prevent soil intrusion.

Deploys precision sensors and monitoring systems to track vibration, strain, noise, and load behaviors during deep foundation construction and testing.

• Instrumentation

  Installs strain gauges, sister bars, and displacement sensors to record foundation behavior during construction and service.

• Calibration

  Maintains the accuracy of testing equipment, load cells, and electronic data acquisition modules through laboratory verification.

• Vibration and Noise Monitoring

  Measures environmental impacts on adjacent structures using seismographs during impact driving or excavation.

• Instrumentation Laboratory

  Fabricates, calibrates, and tests specialized sensors and electronic measurement components for foundation monitoring.

Provides advanced analytical reviews, remediation strategies, forensic assessments, and expert consultations for complex deep foundation challenges.

• Acceptance, Engineering Analysis and Remediation Services

  Evaluates non-conformance reports and engineers customized remediation solutions for deficient foundation elements.

• Expert Consulting

  Provides specialized engineering reviews and technical expert testimony on deep foundation construction disputes and failures.

• Forensic Engineering and Unknown Foundation Studies

  Investigates structural distress or settlement issues related to deep foundation performance.