Table of Contents
Swept Path Analysis is a digital vehicle manoeuvring process to check the proposed or existing road layout and examine its complexity and whether or not the layout can accommodate the most onerous vehicles. It is important for the design consultant to check the swept path for at least a fire engine, an ambulance and a multi-axle artic vehicle in the absence of any specific preference from the client or local authority.
Swept Path Analysis can be carried out in multiple ways and almost all software provides facilities like Auto driving mode, manual driving mode, driving following a specified line (or polyline), etc. All these methods are designed to run various conditions and situations such as the design speed of the vehicle, a minimum number of tun (3-point turn or 4-point turn) acceptable for U-Turn, minimum clearance from road edge or road kerb line, etc.
If the road layout has a series of sharp bends and or the road has narrow lanes, it is recommended to perform manual driving mode and run the vehicle at low speed at corners. If the road is a standard motorway and the length is significant enough, then performing an auto-driving mode or driving the vehicle following a specified path (made by a polyline) would be recommended.
Swept Path Analysis should be carried out in the road or junction design project when the road layouts are recommended to change as a result of the improvement scheme or when a completely new greenfield road project is designed or proposed. When carrying out swept path analysis, it is recommended to tick box following key points to satisfy the analysis:
Swept Path must be carried out for all types of road projects regardless of the size of the scheme. Here are some the road scheme examples for reference:
There are various software tools available to carry out swept path analysis. It is recommended to get an agreement with the client if they have any preference for particular software to run the analysis.
Autodesk provides an add-on facility for swept path analysis and it is one of the most renowned and widely accepted tools to carry out swept path analysis. It comes with a variety of options to select vehicle types with several vehicular movement parameters.
Keysoft Solution provides “Auto-Turn”, another very sophisticated tool to carry out a swept analysis. It provides a classy control system to run, play, reverse, pause and record the analysis. It comes with a big library of vehicles to choose from, to run the swept path. So, an overall very good tool to run the analysis.
Transoft Solution provides “Auto-Turn” software to run the swept path and it has similar features like simulation, run, play, pause, etc along with a library of vehicles, etc.
Auto path developed by CGS Labs is UI-based software to run swept path analysis. It comes with a custom vehicle option and other choices to make it easy for the user to operate it. The technical support of CGS Labs makes the product even more attractive and value for money product.
Generally, all swept path analysis software comes with a library of tons of choices of vehicle based on the country-specific requirement, vehicle sizes, number of axles, etc. but the standard practice is to get the agreement with the client to run the analysis for specifics vehicles to meet the local requirement.
It is recommended to run the swept path for the Fire Engine, Ambulance, and Refuge vehicle and one of the most onerous HGV vehicles (16.5m long multi-axle artic) to meet the client’s requirement. I hope the blog provides you with adequate information about swept path analysis and its associated features.
The advantages of swept path analysis include:
Safety: Swept path analysis can be used to identify potential hazards and conflicts in the movement of vehicles, such as collisions with other vehicles or pedestrians, which can help to improve safety in the area.
Design: Swept path analysis can be used to ensure that the design of a roadway or parking facility meets the needs of the vehicles that will be using it, by assessing the turning radius, clearance, and other key factors.
Planning: Swept path analysis can be used to evaluate the impact of proposed developments on the movement of vehicles, allowing for informed decision-making during the planning process.
Accessibility: Swept path analysis can be used to evaluate accessibility for all types of vehicles including emergency services, delivery, public transport and large vehicles such as trucks and buses.
Efficient: Swept path analysis can be done using software, which can be done quickly and efficiently, providing results in a short time
Cost-effective: Swept path analysis can be done at a relatively low cost, and can help to identify issues early in the design process, reducing the need for costly changes later on.
Please feel free to like, share and comment.
Founder at gcelab.com, Pooja is an Entrepreneur unlocking human potential. Working in the Principles of Lean Start-up, Pooja believes in Transparency and User Happiness the most. Pooja’s background in teaching gives her a sophisticated grasp on even the most tedious aspect of course building. She is passionate about people who believe that good is not enough.
Copyright © 2024 Gurukul of Civil Engineers | All Right Reserved | Design & Developed By Ntier Infotech India.