Announcement & calls
Announcement & calls
TENSINEWS 34 - CALL FOR CONTRIBUTIONS _ Deadline end of January 2018
We invite our TensiNet members to submit for the next TensiNews issue an article, project description, upcoming event, new development, research report or book review. Send your contribution to firstname.lastname@example.org.
Call for tenders - Parc Olympique
Please find a description/information for a call for tenders that was published on the Canadian tender web site called seao (www.seao.ca). In order to bid, the call for tenders documents must be purchased on the seao website. The call for tenders closes on March 15, 2018, 3 pm Patrick WilliamDirecteur ressources matérielles parcolympique.ca
NEW CALL ROUND ROBIN IV EXERCISE
ROUND ROBIN EXERCISE 4 - update Reliability analysis of a simple membrane structure: a hyperbolic paraboloid The fourth Round Robin Exercise is launched by the TensiNet Working Group Specifications and WG5 of the COST Action TU1303 Novel Structural skins. The exercise is set up to evaluate the different methods used to obtain the reliability index and to collate the different reliability indexes for a simple tensioned hypar structure. In the document you will find the details of the exercise (dimensions, pretension, material properties, etc.). Return your results by emailing to Elien.De.Smedt@vub.be
NEW CALL ROUND ROBIN III EXERCISE
ROUND ROBIN EXERCISE 3: COLLATING WIND TUNNEL DATA FOR THE BASIC SHAPES OF TENSIONED SURFACE STRUCTURES The third Round Robin Exercise is launched by the TensiNet Working Group Specifications and WG5 of the COST Action TU1303 Novel Structural skins and aims at collating wind tunnel data for the basic shapes of tensioned surface structures. Return your results by by emailing to email@example.com
NEW CALL ROUND ROBIN II EXERCISE
INTERPRETATION OF BIAXIAL AND SHEAR TEST DATA The 'round robin' exercise II has been launched by the Tensinet Analysis and Materials Working Group. This exercise will be of interest to anyone involved in the assessment of fabric properties (biaxial and shear stiffness) for use in analysis and design. Contact Dr Ben Bridgens at firstname.lastname@example.org if you have any questions or to register your interest in taking part.