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DMEEA-WP2MS2.1-24W26-Initial Database, COMSOL Modelling,2 Reports

1.Key Achievements(Working Hours:60)

Time Management Strategies

  • Research&Skills: 1.COMSOL Report Generation
  • Teaching&Learning: 2
  • Adminsitration&Business:
  • Learning&Development:
DayDMEEA-S2WP2Completion Status (%)Time Invested(H)
MondayS2-COMSOL Model Construction-Hysteresis🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-PyBaMM Model Testing&Charging/Discharging Cycle🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S3-Literature Review🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
TuesdayS2-COMSOL Model Construction-Geometry,Testing🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-PyBaMM Model Scanning Testing Cycle🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S3-Email Drafting🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
WednesdayS2-COMSOL Model Debug🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-PyBaMM Report Generation🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S3-Initial Database Collection🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
ThursdayS2-COMSOL Model Report🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-PyBaMM Report Generation🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-Releated COMSOL Model Searching🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
FridayS2-Munich Intersolar🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-Supercapacitor COMSOL Model🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
SaturdayS0-WAUCN Conference🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S0-TSu Energy🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S1-Matlab Learning🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
SundayS3-Databse Collection🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S3-Model Construction🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Β S2-Report Generation🟩πŸŸ₯πŸŸ₯πŸŸ₯πŸŸ₯4
Task ID NoTargeted Output & AchievementsCompletion StatusTime Invested(H)
DMEEA-S0WP2-MS2.1A🟩🟩πŸŸ₯πŸŸ₯πŸŸ₯22.5%

2.Detailed Progress Report

2.1. Research and Experiment(40%)

  • COMSOL Model-Full Cell Hystersis:
    • Expand a Halfcell Model to a Fullcell Model,adding the Hysteresis for a 5060mAh Li-ion battery;
    • The cathode is a customised materials with;
    • The cathode is a customised materials with;
  • Python Model-Pybamm Python Code:
  • Intergration

2.2. Learning and Training(30%οΌ‰

  • Time Investment: 20 hours.
    • Focus: Preparing a new research proposal and participating in a training camp on transfer learning skills.
  • IEEE Learning
    • Meeting with Jiawei Wang,Richard Liu and Yinbo Hu to have a discussion about IEEE.
    • Will register to be a IEEE fellow.

2.3. Administration & Business(20%οΌ‰

  • Purpose: As a STEM practitioner, engaging in political and business activities aims to secure resources and support, understand and shape norms and policies, uphold ethics and social responsibility, and foster commercial and interdisciplinary collaborations, thereby enhancing societal well-being through scientific progress.
  • New Accommodation
    • Time: 5 hours of 40 hours for the week.
    • Activities: Discussions with Kerrie and the Wellbeing team on securing safe and suitable accommodation.
  • TSu Energy
    • Updates: Development based on industrial needs. TSu Spotlights and a new channel, TSu Record, have been successfully launched.
  • Germany/US Visa
    • Progress: Applications for both visas submitted, including arrangements for health insurance in Germany.
    • Next Steps: Pass the visa to the US embassy after receiving the passport.
  • Total Time Investment: 20 Hours


3.Summary and Proposal

Last Week’s Schedule

  • Conversation with the review panel.
  • Paper rewriting.

    This Week’s Plan

  • Full Update Report, focusing on system-level model construction.
  • Conversation with Prof. Sai GU.
  • Meeting with the review panel.

    This Month’s Outcome

  • Upgrade materials.
  • Viva Preparation.

Desktop View Weekly Arrangement

This post is licensed by Haotian MA