Terms & Conditions

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Privacy and Cookies

Data Security

Website Terms and Conditions

Software Licensing Terms


Privacy and Cookies

We may change this privacy notice from time to time by updating this page.

What information do we collect?

When you use this website, we may collect the following information:

  • the areas of the website that you visit
  • information about your computer, such as which browser you are using, your network location, the type of connection you are using (e.g. broadband, ADSL etc) and your IP address

We do this by using cookies, which are small files that help us track how our visitors use the website and enable us to understand where we can improve your experience. If you would like to find out which cookies we use and the information they track see our Cookies Policy.

Once you submit or register information through our website we will know who you are and your activities on this website and information about you and/or your company may be recorded on our systems. For example, we may ask for personal information when you download our software including:

  • your name
  • company name
  • email address
  • postal address
  • telephone number
  • country where you are based
  • Social media ID
  • your comments/questions
  • services/markets you are interested in

We may also collect personal information from telephone calls and/or other correspondence with you.

What do we do with the information we collect?

The information we capture is used for various purposes. The main purpose is to provide you with our services (whether available via the website or offline). We also use the information for:

  • website development
  • understanding how our visitors interact on the website
  • understanding what our clients are interested in
  • understanding what potential clients are interested in
  • dealing with enquiries/concerns
  • marketing our services and people to you
  • market research
  • service development
  • internal record keeping

Marketing

We would like to provide you with information about our services and other information which we think you may find interesting. We may send you such information by post, email and/or telephone, unless you have asked us not to do so.

We will not provide your personal information to other organisations for marketing purposes without your explicit consent.

If at any time you do not want your information used for direct marketing purposes, please contact us or follow the unsubscribe link in our marketing email messages.

Who do we share this information with?

We may share your personal information with companies acting on our behalf who will only use the information to provide that service. However, we will retain control of your data and any third party service provider that we use must act in accordance with our instructions. We may also share your personal information with a purchaser or potential purchaser of our business.

In some circumstances, we may have to disclose your personal information by law, because a court or the police or other law enforcement agency has asked us for it.

How to get copies of or amend the information we have collected

You may request details of the personal information that we hold about you under data protection laws. If you would like a copy of the information held about you please write to us at oasys@arup.com or at: Data Protection Officer, 13 Fitzroy Street, London, UK, W1T 4BQ. Please note that we may charge a small £10 administration fee for information requests.

If you think any information we have about you is incorrect or incomplete, please email us as soon as possible. We will correct or update any information as soon as we can.

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Data Security

We are committed to ensuring that your information is secure. In order to prevent unauthorised access or disclosure we have put in place suitable physical, electronic and managerial procedures to safeguard and secure the information we collect, including locked cabinets, electronic password protection and pass card access to buildings.

If at any point you suspect or receive a suspicious communication from someone suggesting they work for Oasys or a website claiming to be affiliated with Oasys, please forward the communication to us or report the incident by email to oasys@arup.com or in writing to Oasys, 13 Fitzroy Street, London, UK, W1T 4BQ as soon as possible.

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Website Terms and Conditions

The contents of this web site are protected by copyright and other intellectual property rights under international conventions. No copying of any words, images, graphic representations or other information contained in this web site is permitted without the prior written permission of the webmaster for this site.

Oasys accepts no responsibility for the content of any external site that links to or from this site.

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Software Licensing Terms

Terms and Conditions of Purchase

The full conditions of purchase and maintenance for all Oasys software are set out in the Oasys Software Licence and Support Agreement. All prices are subject to TAX at the current rate.

Prices and specifications are subject to change without notice – please ask for a written quotation.

Although every care has been taken to ensure the accuracy of all information contained herein, the contents do not form or constitute a representation, warranty, or part of any contract.

Superseded Versions of Terms and Conditions

Oasys keeps copies of all superseded versions of its terms and conditions.

Maintenance & Support Services

Twelve months support and maintenance is included with most products. Thereafter maintenance is typically 20% of the current sales price.

An annual maintenance service is available for most programs after the first year.

This service includes:

  • telephone/fax/email/web based support
  • free software updates available via internet download
  • personalised output header for many products

The b-Shack

Software Used on this Project

Project Overview

The b-Shack is a highly innovative beehive observation and study centre designed, fabricated and assembled by graduate students in the Facility for Architectural Research in Media and Mediation (FARMM) at the McGill University School of Architecture.

The b-Shack project was conceived to provide promotional and infrastructural support to urban beekeeping communities, in particular, the non-profit Montreal’s collectives: Santropol Roulant and the McGill Apiary Association (Figures 1,2). The program allowed these groups of volunteer educators and amateur beekeepers to share their knowledge and interest in bees with the public while engaging in bioresource engineering research initiatives focused on CCD. The project simultaneously encouraged a group of young students in architectural research to practice responsibly, through the creation of a real world response to this plight of the bees. Jason Crow (Phd Candidate, McGill University) and Maria Mingallon (Senior Structural Engineer, Arup) are directing the team of students who will make b-shack a reality: Maria Nikolova, Naomi Hébert, Kyle Burrows, Chloé Blain, Alexandre Hamel, Lance Moore, Marlène Bambonye, Brighita Lungu, Brian Muthaliff, Li-Anne Sayegh and Anca Matyiku.

How Oasys proved invaluable

Structural Analysis

The structure of the b-Shack is an irregular hexagonal grid-shell, which required the use of optimisation algorithms to reduce the number of different member sizes and joint connecting angles (Figure 3). The strategy for this optimisation was carried out across multiple steps. First a script in Grasshopper for Rhinoceros generated an initial hexagonal grid arrayed on a given surface. This grid was then regularised using the plugin EvoluteTools Lite for Rhinoceros. The grid-shell was analysed in Oasys GSA using the MS Exchange plugin Salamander for Grasshopper. The structural model was built in Salamander using geometry previously defined in Grasshopper and/or Rhinoceros and subsequently exported to Oasys GSA for analysis. Results were returned to Grasshopper and fed into the fitness function triggering the evolutionary solver Galapagos; in particular, beam stresses and material quantity (Figures 16, 17).

The fitness function was defined as the difference between the maximum stress in the member and the material strength (in bending, compression and tension), plus the difference between the total weight of the structure and a specified maximum tonnage. The first part of the equation served to ‘homogenise’ stresses among members, and ensured they were all fully used. The second part of the equation reduced the thickness of the members (among a given list of available thicknesses) to reduce the total tonnage and again maximise material utilisation ratios. The fittest configuration was therefore found when the fitness function was as close as possible to zero.

The use of Salamander for Oasys GSA and Grasshopper permitted the rapid implementation of changes with results populated in real time. It exploited the traditional use of structural analysis tools –mostly used to ‘retrofit’, as the analysis was performed after most design decisions were taken- to inform the program continuously as the design was being developed (Figures 4 and 5 to 10).

Complete team: Jason Crow (project director), Maria Mingallon (project director), Maria Nikolova, Naomi Hébert, Kyle Burrows, Emily Baxter, Chloé Blain, Alexandre Hamel, Lance Moore, Nicolas Demers-Stoddart, Sophie Wilkin, Justin Boulanger, Marlène Bambonye, Brighita Lungu, Brian Muthaliff, Farid Raner, Li-Anne Sayegh and Anca Matyiku.

b-shack Website: http://farmmhouse.farmmresearch.com/bshack/

Figure 1. Plan, sections and elevations.

Figure 2. Distribution of the different structural properties across the hexagonal grid.

Figure 5. Distribution of the combined stresses (C2) for an envelope case covering all the different ULS combinations dictated by the NBCC. Elevation View.

Figure 6. Distribution of the combined stresses (C2) for an envelope case covering all the different ULS combinations dictated by the NBCC. Perspective View.

Figure 7. Distribution of the combined stresses (C2) for an envelope case covering all the different ULS combinations dictated by the NBCC. Front View.

Figure 8. Distribution of the combined stresses (C2) for an envelope case covering all the different ULS combinations dictated by the NBCC. Top View.

Figure 9. Deflected shape of the hexagonal grid under an envelope case covering all the different ULS combinations dictated by the NBCC. Front View.

Figure 10. Distribution of the predicted deformation of the hexagonal grid under an envelope case covering all the different ULS combinations dictated by the NBCC. Elements in blue experience the highest deformations; while those in red had the lowest deformation values. Front View.

Figure 11. View of the section optimisation script, using Salamander for Oasys GSA and Galapagos in GrasshopperTM –plugins for the 3D modelling software Rhinoceros3D.

Figure 12. View of script setting up the structural model in Grasshopper, using Salamander for Oasys GSA.

Figure 13. A snapshot of the script in Grasshopper and Salamander while exporting the structural data to Oasys GSA.

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