Design of all types of bridges, Box Culverts, Bearings, Abutments, Piers, Piles etc.
Bridge Structure Type Study Report Preparation
Pedestrian bridge analysis, design and evaluation
PS Girder-Deck type superstructure analysis and design
Plate Girder-Deck type superstructure analysis and design
CIP Box Culverts analysis and design
Internal Abutments Bridge analysis and design
Strip seal join analysis and design
Finger Joint analysis and design
Cut and cover box design
Column bent analysis and design
Pile analysis and design
Drilled shaft analysis and design
Bridge assessment
Bridge rehabilitation
Feasibility studies to strengthen existing bridges
Foundations including strip footings, isolated footings, combined footings, raft/mat foundations
Preparation of contract drawings
Preparation of bill of quantities and estimates
Preparation of project construction specifications
Preparation of project contract document
Design review
Erection drawing analysis, design, construction sequence
Materials
Materials we use:
Reinforced Concrete
Steel
Steel-Concrete Composite
CFRP
Precast concrete
Pre-stressed concrete
Post-tensioned concrete
Structural Analysis
Structural Analysis what we excel:
2D and 3D Structural Analyses
Seismic analysis and seismic hazard assessment
Grillage analysis
Finite Element analysis
Structural design and drawings are prepared to adhere to American (LRFD, AASHTO, AISC and ASCE), British (BS and Highways Agency UK) and Eurocode standards.
Engineering Applications
Engineering Applications that we utilize:
Autocad 2D and 3D
SAP
Master Series
STAAD
SAM LEAP
Super Stress
LUSAS
Scale
Microsoft Suite
Geotechnical Engineering
Bearing Pile Design.
Design of rotary auger bored, continuous and segmental flight auger piles.
Design in accordance with latest standards and codes.
Pile design for axial compression, tension and horizontal loads.
Settlement predictions.
Embedded Retaining Wall Design.
Design of a range of embedded pile wall systems, including secant, contiguous, king post, sheet and diaphragm walls.
Detailed analysis of the construction sequence modelling both temporary and permanent conditions.
Geotechnical and Structural design in accordance with up to date codes and standards.
Ground Movement Assessment.
Ground movements due to the installation of embedded retaining wall systems and due to the excavation in front of them.