The mechanical behavior control of structures or products, allows to optimize them to meet the specific requirements of extreme environments such as the marine environment. In addition, the ability to take into account the interaction between man and structure improves the structures or products compatibility and a help to their choice. Design and dimensioning of 3D printed structures (polymer or composite structures) for extreme environments such as the marine environment. Experimental and (…)
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MSH
Articles
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Fin type and swimming performance: Energy cost, muscle activity and kinematic analysis
17 November, by YJ -
Caractérisation d’un acide polylactique (PLA) pour la fabrication additive d’une planche de surf innovante
30 June 2024, by YJ -
Instrumentation of a controlled-manufacturing surfboard during surfing in order to quantify the influence of ’flex’ in the overall performance of the match athlete-board
26 June, by YJ -
Development of a 2-axis compliant joint for the orientation of payloads on small satellites: Material characterization and finite element analysis of 3D printed PolyEtherKetoneKetone (PEKK) and PolyEtherEtherKetone (PEEK)
26 June, by YJ -
Multiscale characterization of an in-situ foamed 3D printed lightweight structure for the design of a complex digital twin
26 June, by YJ -
Mechanical Structures & Human-structure interaction (MSH)
16 July 2024, by IM -
Gear Fitting For DownWind Stand-Up Paddle foil performance
27 August, by YJThe purpose of this study is to adapt the equipment of a
professional DownWind (DW) Stand-Up Paddle (SUP) Foil
Athlete Erwan JAUFFROY who had a creasy challenge in
mind: Crossing –thanks to a hydrofoil (sort of small airplane)
under is board- the 250 km distance between TOULON and
CORSICA Island (Figure 1-a). But without any engine or sail
(The FOIL CROSSING CHALLENGE). The goal is to
minimise energy consumption, with an emphasis on his lower
limb muscles. -
Accuracy of a freediving mask for measuring heart rate (HR) and oxygen saturation (SPO2)
5 September 2024, by YJApnea is a sport in which ventilation is stopped in order to push your limits by staying underwater for as long as possible (static or dynamic). With ventilation cut off, the only available source of oxygen is the one present in the blood. Measuring oxygen saturation in the blood (SPO2) is therefore very important for assessing the health of divers and ensuring their safety (1). Freedivers SPO2 can drop to 50% before risking their lives (2, 3). Because of the extreme difficulty of taking (…)
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JOLIFF Yoann
3 June 2016Research Topics
Numerical Models (FEM) / Ageing / durability /Composite / Coating / heterogeneous materials / Aggressive environments / Moisture / Mechanical / Thermal -
Prototyping for space applications: material characterization of 3D printed PLA and PEKK for a polymer-based compliant system
5 February 2024, by LB
Laboratoire MAPIEM (UR 4323)