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European Space Thermal Engineering Workshop 2024

8–10 Oct 2024
ESA/ESTEC
Europe/Amsterdam timezone

Contact

Session

Thermal Design

TD
9 Oct 2024, 11:30
Einstein and Newton (ESA/ESTEC)

Einstein and Newton

ESA/ESTEC

Keplerlaan 1 2201 AZ Noordwijk The Netherlands

Conveners

Thermal Design

  • Paula Prado Montes

Thermal Design

  • Andreas Mussger (ESA)

Presentation materials

There are no materials yet.

  1. 31. Development of a Compact Lightweight Micro-Channel Heat Exchanger (MCHX) for Reusable Launch Systems
    Mr Kandarp Amin
    09/10/2024, 11:30
    thermal design (for platforms, instruments etc.)

    Microchannel heat exchangers (MCHXs) have been the focus of intense study in the academic sector for around 20 years, with an escalation in recent times due to the severe heat management issues associated with current and emerging applications in technology areas such as energy production and space. The space sector, in particular, is implementing thermodynamic cycles in what can be considered...

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  2. 68. Thermal design and analysis of FLEX spacecraft
    Adeeb Nazeeruddin
    09/10/2024, 12:00
    thermal design (for platforms, instruments etc.)

    European Space Thermal Engineering Workshop 2024

    by Adeeb Nazeeruddin, Thermal System Engineer at Beyond Gravity Switzerland

    Thermal design and analysis of FLEX spacecraft

    The FLEX spacecraft is part of The Earth Explorer - Fluorescence Explorer (FLEX) ESA mission, which will map vegetation fluorescence to quantify photosynthetic...

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  3. 55. Advanced Thermal Control for Space Payloads: A Multi-Processor Approach
    Jintin Frank
    09/10/2024, 12:30
    thermal control technologies

    Optical instruments in space payload systems face challenges in maintaining minimal temperature gradients to prevent optical bench deformation, which can impair optical paths due to component sensitivity. The heat generated by payload components and processor units adds to the overall thermal load. To address this, a multi-processor system can distribute generated power, or heat, by shifting...

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  4. 8. High Temperature Power Supply For Solid State Power Amplifiers
    Jérôme Garnier (Thales Alenia Space Belgium)
    10/10/2024, 11:30
    thermal design (for platforms, instruments etc.)

    This presentation addresses the main architecture and technological investigations performed in the frame of a new power supply for solid state power amplifiers compatible with baseplate reference temperature of 85°C. This power supply module has been studied by Thales Alena Space Belgium R&I department, supported by an ESA contract (ESA AO/1-10209/20/NL/CLP).
    Main mechanical and thermal...

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  5. 29. JUICE PEP NU thermal analysis with flight telemetry
    Sebastian Wolf
    10/10/2024, 12:00
    thermal design (for platforms, instruments etc.)

    The Particle Environment Package onboard the JUICE mission is designed to measure neutral and charged particles in the Jupiter system. Being a particle spectrometer, its temperature should be higher than the JUICE spacecraft to minimize contamination by outgassing.

    Therefore, several back-out periods with nominal and redundant instrument heater turned on are foreseen during the 8 year long...

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  6. 44. A STOP Analysis workflow. Application to a lunar satellite
    Daniel Navajas Ortega (Ansys)
    10/10/2024, 12:30
    thermal design (for platforms, instruments etc.)

    The behavior of optical instruments on a satellite performing observation missions is critical, especially for scientific purposes where measurements stability is essential for data validity. However, accurately characterizing the impact of the environment on lenses is complex.
    Conducting robust and accurate Structural Thermal and Optical Performance (STOP) analysis can be challenging and...

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