Pier Luigi Fenelli
Milano
2029 follower
Oltre 500 collegamenti
Informazioni
Continuously seeking for challenges.
Attività
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After two remarkable years, I graduated from the MBA program at MIT Sloan School of Management. Grateful for the inspiring journey and the…
After two remarkable years, I graduated from the MBA program at MIT Sloan School of Management. Grateful for the inspiring journey and the…
Consigliato da Pier Luigi Fenelli
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"Would you ever go back to McKinsey?” It’s a question I get asked surprisingly often. And the honest answer is: no, I wouldn’t. But I also wouldn’t…
"Would you ever go back to McKinsey?” It’s a question I get asked surprisingly often. And the honest answer is: no, I wouldn’t. But I also wouldn’t…
Consigliato da Pier Luigi Fenelli
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July 22, what a day! 💐💐💐 I’m happy to share that on July 22, I completed my Master’s programme in Strategic Management at Luiss Guido Carli…
July 22, what a day! 💐💐💐 I’m happy to share that on July 22, I completed my Master’s programme in Strategic Management at Luiss Guido Carli…
Consigliato da Pier Luigi Fenelli
Esperienza
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Formazione
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Licenze e certificazioni
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Lean & Six Sigma Green Belt
Lean Six Sigma Institute LLC
Emissione:ID credenziale 684280-778685-212679992 -
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IELTS
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Emissione: Scadenza: -
TOEFL
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Emissione: Scadenza:
Pubblicazioni
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Improving the damage resistance of Thin-ply CFRP laminates through micro-structure design
Elsevier - In preparazione (2018)
Bio-inspired patterns of micro-cuts perpendicular to the fibre direction in thin-ply CFRP laminates have been used to increase the translaminar fracture toughness of the material. An analytical model to predict the probability of bundle pull-out during translaminar crack propagation was developed and validated through an experimental parametric study. The model was used to design three hierarchical patterns of micro-cuts and the patterns have been tested using Compact Tension specimens. The…
Bio-inspired patterns of micro-cuts perpendicular to the fibre direction in thin-ply CFRP laminates have been used to increase the translaminar fracture toughness of the material. An analytical model to predict the probability of bundle pull-out during translaminar crack propagation was developed and validated through an experimental parametric study. The model was used to design three hierarchical patterns of micro-cuts and the patterns have been tested using Compact Tension specimens. The increase in fracture toughness for the three patterns was +15%, +60% and +214% when compared with the baseline material, thereby demonstrating the potential of engineering the fracture surface in CFRPs through well-designed patterns of micro-cuts to improve the damage tolerance of the material.
Corsi
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Technical Workshop
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Progetti
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Consultant and Client Project - Alternative Compressor Vibration and Transmissibility Analysis
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Altri creatori -
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FE Analysis of a Pressure Vessel
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Propulsion Technology
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Riconoscimenti e premi
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Impact Award
GE Aviation
Lingue
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English
Conoscenza madrelingua o bilingue
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Italian
Conoscenza madrelingua o bilingue
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German
Conoscenza lavorativa limitata
Altre attività di Pier Luigi
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New chapter ahead! 🌟🌟 I’m thrilled to share that this September I’ll be starting my PhD in Management at Luiss Guido Carli University A special…
New chapter ahead! 🌟🌟 I’m thrilled to share that this September I’ll be starting my PhD in Management at Luiss Guido Carli University A special…
Consigliato da Pier Luigi Fenelli
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Each year, we bring hundreds of rising McKinsey leaders from around the globe to Cambridge for a week of learning, sharing, and—hopefully—friendship.…
Each year, we bring hundreds of rising McKinsey leaders from around the globe to Cambridge for a week of learning, sharing, and—hopefully—friendship.…
Consigliato da Pier Luigi Fenelli
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Mi ricordo ancora la prima volta che Luca Visconti mi ha parlato di HEU Eravamo in metro a Milano, stretti tra la folla e pensieri troppo grandi…
Mi ricordo ancora la prima volta che Luca Visconti mi ha parlato di HEU Eravamo in metro a Milano, stretti tra la folla e pensieri troppo grandi…
Consigliato da Pier Luigi Fenelli
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A inizio Luglio, si è conclusa la mia prima rotazione nell’OMLP come Manufacturing Engineer presso il plant Avio Aero di Rivalta di Torino ✈️…
A inizio Luglio, si è conclusa la mia prima rotazione nell’OMLP come Manufacturing Engineer presso il plant Avio Aero di Rivalta di Torino ✈️…
Consigliato da Pier Luigi Fenelli
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💧 Acque reflue, Green Independence: ok da Regione Puglia per investimento da 7,5 mln 👉 L'azienda dovrà presentare un progetto esecutivo…
💧 Acque reflue, Green Independence: ok da Regione Puglia per investimento da 7,5 mln 👉 L'azienda dovrà presentare un progetto esecutivo…
Consigliato da Pier Luigi Fenelli
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✨ Excited to share that I have joined OBI Group Holding as Principal for Supply Chain Transformation! I am truly grateful for this opportunity to…
✨ Excited to share that I have joined OBI Group Holding as Principal for Supply Chain Transformation! I am truly grateful for this opportunity to…
Consigliato da Pier Luigi Fenelli
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