InLine Engineering Inc.

990 Industrial Road, Suite 202, San Carlos, California (650) 591-2700

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About InLine

Services Offered

Structural Design

Field Inspections

Building Evaluations

Peer Review

Project Management

Consulting

Value Engineering

Legal

Residential Design

New Home Developments

Custom Homes

Hillside Homes

Homes with Basements

Townhomes

Apartments

Additions

Remodels

Commercial Design

New Commercial Design

Commercial Remodel

Roof Screens

Civil Structures

Retaining Walls

Screen Walls

Pedestrian Bridges

Water Tanks

Drainage Structures

Tenant Improvements

Store Fronts

Office Remodels

Ceilings

Catwalks

Glass Supports

Awnings

Industrial & Facilities

Elevator Foundations

Signs & Billboards

Pallet Racks & Shelving

Industrial Components

Mechanical Structures

Equipment Bracing

Vehicle Lifts

Electrical Panel Bracing

Evaluation Reports

Due Diligence Studies

Seismic for Buildings

Seismic for Contents

Shoring

Shoring Design

Principal Engineers

Vesna Obradovic, P.E.

Useful Tools

Quantity Tables

Pedestrian Bridges

               InLine has designed bridges for various applications.  The design criteria for landscape type bridges is often governed by aesthetics and can be from wood, concrete or steel.  These are outdoor structures and protection against weather is an important design consideration. 

               For wood bridges, the proper wood species is needed to provide an attractive looking bridge while insuring protection against dry rot.  The connection details are important to insure that the code required separation is maintained between the earth and lumber. 

               Long span pedestrian bridges are commonly prefabricated.  Once delivered to the site, they need to be supported by a concrete foundation system.  The design of the foundation requires evaluation of the loads to insure the soils can support the loads.  The design also needs to outline the seating and connection requirements of the bridge.  It is common to anchor one side of the bridge while the other side is restrained side-to-side but allowed to move along it length.  This allows for thermal expansion and contraction without damaging the bridge or foundation.