Our Publications
On this page, you can find a series of white papers and publications that explain our engineering methodology and solutions. Please let us know if you find them interesting. Your contribution is indeed valuable to us.
Structural Testing Of A Shear Web Attachment Point On A Composite Lattice Cylinder For Aerospace Applications
Attachment point design for a lattice satellite central segment of approximately 1.5 m in diameter, manufactured using composite fibre placement.
ECSSMET 2023 – European Guidelines For Thermo Elastic Verification
A summary of the completed first issue of the European Guidelines of Thermo-Elastic Verification conducted by ATG Europe
ECSSMET 2023 – Practical Example Of A Thermo-Elastic Classification System
The classification process consists in performing different numerical methods to determine whether the models are considered sufficient to meet the verification needs of the project or further refinement of certain areas is required.
ECSSMET 2023 – Design, Analysis, and Manufacturing Of A Grid-Stiffened Interstage For A Commercial Launcher
The design, analysis, and manufacture of a CFRP lattice grid-stiffened launcher interstage structure which was completed for a commercial end user.
ECSSMET 2023 – Testing Interfaces Of Lattice Spacecraft Structures
A carbon fibre reinforced plastic (CFRP) lattice satellite central tube (SCT) demonstrator was designed to include various configurations of integrated laminate patches for typical SCT interface attachment points.
European Space Thermal Engineering Workshop 2022 – Modelling Guidelines for Thermo-Elastic Analyses
A dissemination of the key observations and conclusions from an activity looking into TE modelling using a simplified version of the Euclid Service Module (SVM) structure.
European Space Thermal Engineering Workshop 2022 – Quantifying Uncertainties In Thermoelastic Predictions
The application of the Rosenblueth method for estimation of the uncertainty of thermoelastic prediction. This explanation is supported with a series of examples.
ECSSMET 2022 – pySINAS: New STEP TAS FEM overlap module presentation
pySINAS is a python version of the SINAS tool that was developed by ESA in recent years. This tool is normally used to map temperatures from lumped parameter based thermal analysis results to a finite element model to calculate the structure’s thermo-elastic response.
ECSSMET 2021 – A Low Cost And Very Lightweight Small Launcher Interstage, Using Pre-Preg Composite Grid-Stiffened Technology
Patented development of a grid stiffened and lattice technology using high performance pre-preg composite materials, including the manufacturing process and efficient attachment methods.
ECSSMET 2021 – Development Of A Satellite Central Cylinder Using Uninterrupted Pre-Preg Fibre-Placed Lattice Structures
ATG Innovation’s innovative and highly optimised process for manufacturing lattice grid structures with uninterrupted fibres in a true one-shot process.
SAMPE 2020 – Development Of Fibre-Placed Pre-Preg Lattice Structures For Satellite Central Cylinder Applications
Development of uninterrupted pre-preg fibre-placed lattice structures, aiming to apply this technology to satellite central tubes.
International Conference of Environmental Systems, Albuquerque 2018
Implementing Ground Station Tracking in the Thermal Analysis of a Mechanically-Steerable Antenna for LEO Data Downlink Applications
European Space Thermal Engineering Workshop, Noordwijk 2019
Guidelines for accurate thermo-elastic analysis