About Stress Computing of Structural and Geotechnical Engineering
Stress Computing of Structural & Geotechnical Engineering is a boutique consultancy specializing in building and bridge structural design and modelling.
It is the era of AI! Do you know you no longer need to spend $100,000s on consulting fees for a few millions dollar tendering job and wait weeks/months for solutions without design reports.
Leveraging cutting edge computational technology, SC's small, agile team delivers high-quality, code-compliant solutions within hours or days with design reports - not weeks or months. We focus on efficiency and precision, providing expert-level calculations tailored to each project's unique challenges, in full alignment with AS/NZ, BS EN, ASTM/ACI/UBC standards.
SC delivers design and reinforcement/strands detailing shop drawings of precast concrete products:
- Precast concrete pipes/headwalls, box culverts/wingwalls, water chambers/storm water pits for buried drainage structures.
- Precast concrete double walls, Hollow core slabs, pre-stressed rib beams/uni-spans and shear walls/column segments for building structures.
- Precast concrete 6m to 40m span prestressed Super-T/planks/girders, two-pin arches/spandrels and 6.0 to 15m Double web decks for Highway bridges.
- Precast concrete segments, uni-box culverts and three-pin arches for transportation/mining tunnels.
- Precast concrete reinforced concrete L-walls, T-Walls, reinforced earth walls (with specific ties) for retaining structures.
- Post-tensioned wall panels for large water tan / reservoir structures.
Our Finite Element Analysis (FEA) services cover:
- Linear and nonlinear (material and geometric) static/dynamic analysis.
- Vibration and transient simulations.
- Moving load and construction sequence modeling
- Soil-structure interaction analysis such as soil-concreter arches/culvert and tunnel segments.
- Thermal stress, concrete shrinkage, creep, and cracking.
- Heat/radiation transient or steady analysis, especially for large volume concrete pour.
- Steel relaxation, fatigue, and erosion.
- Earthquake spectrum, impulse, and convective effects
- Trench excavation, shoring construction sequence such as sheet-pile, ground anchors.
- Slope Stability analysis.
SC engineers have completed hundreds of 3D finite element analyses for bridges, tunnels, and buildings, gaining extensive expertise in concrete and steel structures.