building wind environment - Globe Thesis

Keyword [building wind environment] Result: 1 - 20 \| Page: 1 of 1
1.	Research On Wind Environment Characteristics Of Building Bottom Aerial
2.	Shandong Area Building Wind Environment Simulation And Natural Ventilation Potential Analysis
3.	Natural Ventilation Indoor Thermal Comfort Index And The Simulation Of The Building Wind Environment
4.	Wind Tunnel Test Research Of A Residential Area Of The Pedestrian Level Wind Environment
5.	Complexity Woven Epidermis Of Wind Environment Research
6.	Design Research Of The Green Hospital Building Design In The Taiyuan Area Based On The Concept Of Building Wind Environment
7.	A Study On The Interface Between Grasshopper And Fluent For Building Wind Environment Analysis
8.	The Influence Of Residential High-Rise Building Layout On Wind Environment In Cold Region
9.	Study On The Effect Of Wind Environment Over Non-uniform Buildings In Urban Area
10.	Research On The Safe Flowing Pace Of Unequal-Height Synchronous Construction Of 600 Metre-High Super High-Rise Building In Wind Conditions
11.	Research On Optimization Strategy And Situation Analysis Natural Ventilation In College Education Building In Shenzhen University Town
12.	Research Of The Form Of High-rise Building Under The Influence Of Wind
13.	Based On The Concept Of Green QiCang Mingguang City Road Residential Area Design Research
14.	Green Industrial Building Wind Environment Design Research
15.	Research On The Numerical Simulation And Evaluation Of Green Livable Degree In An Urban Community
16.	Study On Wind Environment Of Residential Buildings In Zhengzhou Based On Green Building Evaluation Standard
17.	Research On Public Building Form Design In Monsoon Climate Area Under The Influence Of Wind Environment In China
18.	Research On Multi-storey Enclosed Building Design Strategy Based On The Wind Environment Of The Courtyard
19.	Research On The Wind Environment And Thermal Environment Of Building Group In The Coastal Area Of East China
20.	Simulation And Evaluation On Thermal Radiation Intensity's Influence On Pedestrian-Level Thermal Comfort Around Elevated Buildings
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