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Advanced Terra Testing's three disciplines of testing cover differing materials and services, complementing each other to provide greater scope of services to our clients.

This integration of services increases efficiency and accountability, while saving our clients the difficulty of sending different sample types to multiple laboratories.
Basic descriptions of each discipline follow, with additional information available on each of the service specific pages.
Soil Mechanics
Tests include the basic index soils analyses (soil classification, compaction, moisture-density, rigid wall permeability, single-plane and double-plane direct shear); vadose zone hydraulic tests (capillary moisture retention characteristics, Bruce-Klute diffusivity analysis, air permeability); sophisticated design-related strength tests (static and dynamic triaxial shear); and performance/conformance related hydraulic properties (gradient-controlled and flow-controlled back pressure saturated permeability tests, long-term leachate compatibility analyses).
Rock Mechanics
Provided are static and dynamic tests such as uniaxial/triaxial (confining pressure up to 10,000 psi) compressive strength with/without elastic moduli, creep test, differential strain curve analysis, indirect (Brazilian) or direct tensile strength, point load, Schmidt rebound hardness, strain or stress controlled direct shear on intact/fractured rock and ultrasonic pulse velocity. Also provided are index tests such as moisture content, chunk density, porosity, slake durability, freeze thaw, wet dry, Moh’s hardness, Cerchar abrasion and punch penetration excavability/drillibility tests.

Geosynthetics Testing
Applications include large scale design performance or compliance tests such as direct shear testing relative to geosynthetics & soils interface friction, geostatic puncture resistance, multiaxial burst analyses, and hydrostatic point stress, as well as more standard index tests, including tensile, tear, hydraulic properties (in-plane flow and permittivity), puncture, bonded seam strength, and mass, thickness and dimensional stability.
Soil Mechanics Moisture & Density Moisture Content Atterberg Limits Specific Gravity Grain Size Analysis Hydrometer Analysis Proctor Compaction Maximum/Minimum Index Density R-Value California Bearing Ratio Rigid Wall Permeability Triaxial Permeability Consolidation Unconfined Compression Direct Shear Triaxial Shear Dynamic Shear Modulus Dynamic Liquefaction Potential Air Permeability CQA Services Bentonite Testing Mix Designs
Rock Mechanics Direct Shear Unconfined Compressive Strength, with/without strain measurements Triaxial Compressive Strength Direct and Indirect Tensile Strength Static & Dynamic Moduli Slake Durability Point Load Sonic Velocity Modulus of Rupture Moisture & Density Time/Stress Related Creep Schmidt Rebound Hardness Cerchar Abrasion Test Moh's Hardness Test Punch Penetration Test Swell Test Air Permeability Petrographic Analysis CQA Services |
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Geosynthetics Apparent Opening Size Index and Performance Bursting Strength Compression Strength & Set Dimensional Stability (geomembranes) Shore Hardness Low Temperature Impact Node Junction Strength Thickness Mass Per Unit Area Modulus of Elasticity Permeability, Permittivity, Transmissivity, Planar Flow Index Tensile Properties Puncture Resistance Ply Adhesion Seam Evaluation Specific Gravity Tear Resistance Temperature Stability Volatile Loss Water Absorption / Water Extraction Water Vapor Transmission Direct Shear - index and performance level Hydrostatic Puncture Resistance Multiaxial Load/Strain Implosion Resistance Testing for Flexible Discharge Pipe Tensile Creep Wide-width Tensile Properties Eccentric (angled) Load Geostatic Point Stress (puncture resistance) Manufacturing Quality Assurance Testing Field Quality Assurance Testing & Inspection EPA 9090 Immersion/Testing MQA/CQA Services |
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