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DR TOL Mühendislik Danışmanlık Ticaret ve Sanayi, Ltd.
- Mersin, Türkiye
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22:50
(UTC 03:00) - https://www.linkedin.com/in/tolhakanibrahim/
- https://orcid.org/0000-0002-2752-8038
- company/dr-tol
- @DRTOL_DH
- Dr.HakanTol
- https://www.researchgate.net/profile/Hakan-Tol
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GoalSeek_Python Public
Equivalent of Excel Goal Seek function in Python
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A Python tool calculating the friction pressure loss (head loss) in circular pipes with full flow water in SI Units.
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TrendyolKarHesaplamaAraci Public
Trendyol'da gerçekleştireceğiniz ürün satışları için kâr oranını hesaplayan Excel dosyası.
2 UpdatedJul 12, 2023 -
1D transient mathematical model and numerical solution algorithm for a (space-heating) radiator unit
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ClearSky_SolarIrradiation Public
Calculation procedure for Clear-Sky Beam and Diffuse Solar Irradiance
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BuildingSimulation_RC Public
Resistance and Capacitance (RC) model for building simulation
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DynamicPipeModel_Python Public
Dynamic heat transport model for a single pre-insulated pipe (buried underground) with thermal inertia
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One-dimensional multi-node model to simulate the temperature profile for a sensible stratified storage unit.
Python Creative Commons Zero v1.0 Universal UpdatedNov 2, 2020 -
TRNSYSfromPython Public
Python script for automated running of the TRNSYS simulations
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temperature_drop-Excel Public
Calculates the temperature drop through the single insulated steel pipe, buried (Steady-State).
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radiator_performance-Python Public
A Python tool calculating the return temperature from the radiator unit (hydronic space heating)
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radiator_performance-Excel Public
A VBA function calculating the return temperature from the radiator unit (hydronic space heating)
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radiator_performance-Matlab Public
A Matlab tool calculating the return temperature from the radiator unit (hydronic space heating)
MATLAB MIT License UpdatedJun 24, 2018 -
An Excel Add-In allowing calculations of the friction pressure loss (head loss) in circular pipes with full flow water in SI Units.
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A Matlab tool calculating the friction pressure loss (head loss) in circular pipes with full flow water in SI Units.