Design of a Pedestrian Bridge - Presentation to the Village of Tivoli, NY

Oct 23, 2026

Uploaded by Jacob

This document outlines a professional structural design proposal for a pedestrian bridge in the Village of Tivoli, NY, dated May 14, 2015. It provides a comprehensive project overview, including site-specific constraints such as property line limitations and riverbank geography. The content details the engineering approach to vertical and horizontal clearance requirements, structural component design encompassing piers, roof structures, stairs, and handicap access systems. Furthermore, the report covers the structural analysis methodology, including design loads, truss member sizing, and geotechnical considerations like sheet piles and footing design. The presentation serves as a technical summary for stakeholders, addressing long-term maintenance, cost estimation, and future project development plans. It ensures adherence to standard engineering protocols for overhead structures and public accessibility.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages39

Reading Time1 h 38 min

AccessFree to download

Site Overview and Bridge Layout

Property Constraints and Clearance Requirements

Structural Design Components

Piers, Roof, and Stairs

Handicap Ramp and Lift System

Structural and Geotechnical Analysis

Design Loads and Member Sizing

Sheet Piles and Footing Design

Project Management

Cost and Maintenance

Future Plans

FAQs

What are the primary site constraints for the proposed pedestrian bridge?

The project is limited by the adjoining property on the east side and the riverbank on the west side, creating a narrow land package for satisfying clearance requirements.

What structural components are included in the bridge design?

The design includes piers, a roof structure, stairs, and a comprehensive handicap ramp and lift system to ensure accessibility.

What technical analyses were conducted for the bridge project?

The team performed structural analysis regarding design loads, truss member sizing, and stress/deflections, alongside a geotechnical summary covering sheet piles and footing design.

Oct 23, 2026

Uploaded by Jacob