Energy transport through deep convection

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SUMMARY

The discussion centers on modeling energy transport to the top of the troposphere via deep convective "hot towers" in atmospheric physics. The user seeks a model that quantifies this energy transfer, referencing foundational literature by Rhiel and Malkus from 1958 and 1979. The complexity of the task is highlighted, as simple estimations based on synoptic disturbances and basic calculations (Mz x Q for the entire tower x Area) are deemed insufficient. The user expresses frustration over the lack of available resources and assistance in this area.

PREREQUISITES
  • Understanding of atmospheric physics principles
  • Familiarity with deep convection processes
  • Knowledge of energy transfer calculations in meteorology
  • Access to historical literature on atmospheric modeling, specifically Rhiel and Malkus studies
NEXT STEPS
  • Research advanced modeling techniques for deep convection in atmospheric physics
  • Explore energy transport equations relevant to tropospheric dynamics
  • Investigate recent studies on convective hot towers and their energy contributions
  • Review computational tools for atmospheric modeling, such as WRF (Weather Research and Forecasting model)
USEFUL FOR

Atmospheric physicists, meteorologists, and researchers focused on energy transport mechanisms in deep convection and those seeking to enhance their understanding of tropospheric dynamics.

Weatherman
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Hi everyone,

I am currently undertaking my honours year in physics focusing on atmospheric physics.

I am wondering if anyone knows where I can get a model to determine how much energy is moved to the top of the troposphere by deep convective "hot towers".

I wish it was as simple as ball park estimating of synoptic type disturbances linked to deep convection and then Mz x Q for the entire tower x Area covered etc but the literature states otherwise,

Mainly Rhiel and Malkus 1958 and 1979,

I have exausted my searches for answers so this is a last effort to model this particular energy flow,

Any help is greatly appreciated.

Weatherman.
 
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