Blog / Technical Library

Technical answers
for bridge teams.

Browse practical notes on bearing selection, movement, interfaces, installation readiness, inspection, replacement and international RFQ preparation. Each note routes readers to the relevant bearing family, application context and enquiry path.

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100 engineering-led articles.

Elastomeric Bearings01

Elastomeric Bridge Bearing Design Guide for Project Engineers

A comprehensive engineering design guide for project engineers detailing elastomeric bridge bearing selection, design actions, shear and compressive limits, and installation tolerances.

5 min read
Elastomeric Bearings02

Laminated Elastomeric Bearing Load Capacity: Inputs That Matter Before Selection

An engineering review of the fundamental mechanical inputs, geometric parameters, and boundary conditions that dictate the vertical load capacity of laminated elastomeric bridge bearings prior to final specification.

5 min read
Elastomeric Bearings03

Elastomeric Bearing Shear Strain and Horizontal Movement in Bridge Supports

An in-depth engineering analysis of shear strain mechanics, horizontal movement capacity, vertical load interaction, and field inspection considerations for elastomeric bridge bearings.

5 min read
Elastomeric Bearings04

Understanding Elastomeric Bridge Bearing Rotation Capacity: Mechanics, Design Limits, and Project Verification

An in-depth engineering review of how elastomeric bridge bearings accommodate rotational movements through shear deformation, detailing influencing geometric factors, analytical design checks, and the critical reliance on approved project specifications.

5 min read
Elastomeric Bearings05

Elastomeric Bearing Dimensions and Shape Factor: A Practical Selection Note

An engineering-focused review of elastomeric bridge bearing dimensions, shape factor mechanics, shear flexibility balance, and specification verification for bridge design professionals.

5 min read
Elastomeric Bearings06

Rubber and Steel Layers in Laminated Elastomeric Bridge Bearings

An engineering examination of alternating rubber and steel layers in laminated elastomeric bridge bearings, detailing vertical load support, lateral restraint mechanisms, and shear deformation.

5 min read
Elastomeric Bearings07

Elastomeric Bearing Installation Tolerances and Bearing Seat Preparation

A technical guide detailing bearing seat preparation, dimensional placement tolerances, elevation control, and post-installation inspection procedures for elastomeric bridge bearings.

5 min read
Elastomeric Bearings08

Technical Considerations in Selecting Elastomeric Bearings for Highway Bridge Expansion and Movement

An engineering overview of evaluating movement demands, thermal expansion, rotation capacity, and load transfer when selecting elastomeric bridge bearings for highway structures.

5 min read
Elastomeric Bearings09

Elastomeric Bridge Bearing Inspection Checklist for New Construction

A comprehensive pre-installation and post-installation inspection checklist for elastomeric bridge bearings in new construction projects, detailing visual examinations, dimensional verification, and alignment checks required prior to superstructure placement.

5 min read
Elastomeric Bearings10

Elastomeric Bridge Bearing Replacement: What to Review Before Jacking

A comprehensive engineering overview of critical considerations, structural assessments, jacking calculations, temporary support planning, and interface preparation required prior to replacing elastomeric bridge bearings.

5 min read
PTFE Sliding Bearings11

PTFE Sliding Bearing Design for Thermal Movement in Long Bridge Decks

An engineering analysis of PTFE sliding bearing design considerations for accommodating thermal expansion and contraction movements in long bridge superstructures.

5 min read
PTFE Sliding Bearings12

Guided Sliding Bearing vs Free Sliding Bearing: Function and Layout

An engineering analysis comparing the kinematic functions, movement constraints, and structural layout applications of guided versus free sliding bridge bearings.

5 min read