wind-tunnel balance 中文意思是什麼
wind-tunnel balance
解釋
風洞天平-
It should be noted that a balance is not always required in a wind tunnel.
應該指出，天平對風洞來說並非是絕對必須的。 -
Calibration of wind tunnel balances is time consuming and strenuous. there are many people that do have a need to develop their own calibration software that shorten the time and manpower needed for a calibration of balance
風洞天平校準是一項頗費時間和精力的工作，有必要為天平校準開發相應的軟體用以縮短校準時間，節約人力物力。 -
Designed a program which can use the mean pressure coefficient of jin ’ ao mansion to calculate mean wind load of the whole buildings and local floor. the integral result can apply into the practical design of construction, also can compare with the results of wind tunnel balance test to validate the veracity of this test
通過自編的程序對金奧大廈表面時均風壓系數進行積分計算獲得其整體和局部樓層的平均風荷載，積分計算的結果一方面可以方便地運用於實際的建築結構設計中，另一方面可以與風洞天平測力結果進行比較驗證動態測壓試驗的正確性。 -
This paper presents the development and preliminary application works of an automatic strain gauge balance static calibration system in ecs for 1m hypersonic wind tunnel of cardc
本文論述了cardc超高速空氣動力研究所1m高超聲速風洞配套的新型全自動六分量應變天平地軸系（ ecs ）校準系統的研製和初步應用研究工作。 -
The strain - gauge balance must be calibrated before it ’ s using in the wind tunnel tests, and the precision and accuracy of the balance will be affected by the characters of the calibration system
而應變天平在用於風洞試驗前，必須進行靜態校準，天平校準系統的性能指標將直接影響天平校準系數的準確性。 -
Wind tunnel strain - gauge balance is the most popular measuring device in the aerodynamic force - measuring test in the wind tunnels, and the performance of the balance would effects the tests results on accuracy
風洞應變天平，是目前國內外各類型風洞在氣動力測量試驗中廣泛採用的測量裝置，其性能指標直接影響測力試驗數據的精準度。 -
Application of parallel wind tunnel balance
並聯風洞天平應用研究 -
The implementations of a stewart platform based force - torque sensor in wind tunnel balance
平臺的六維力傳感器在風洞天平中應用 -
This thesis has completed the design work of balance ' s calibration system. the major work and result are as follows : a collectivity project about the calibration system of wind tunnel balance with six components is proposed and consists of several functional modules such as mechanical structure, measuring system, weighting equipment and mathematics correction
本文完成了對應變天平的校準系統的設計工作，主要的工作和成果如下：本文提出了六分量風洞天平校準系統的總體方案，劃分出系統的機械裝置、檢測系統、加載裝置、數學修正等功能模塊，選用並確定了系統的硬軟體平臺。 -
On basis of this property a new type of coherence function was proposed and a simplified method of analyzing structure ' s wind - induced response and equivalent load was proposed. wind tunnel experiments with the caarc standard tall building model was executed to verify the proposed method with the dynamic balance technique. the comparisons show the good agreement on the basis of linear mode shape assumption that is used in balance technique
按照簡化方法計算的基底傾覆彎矩功率譜、基底彎矩響應、頂部加速度和位移響應等參數均能與高頻底座天平試驗的結果較好的符合，等效設計荷載的計算結果也與按照《建築結構荷載規范》的計算結果具有一定的可比性。 -
In order to research the wind loads and dynamic responses of tall buildings, the numerical analysis technique, experiment of aeroelastic model in boundary layer wind tunnel, and high - frequecy force balance technique have been reported in this paper
為了研究高層建築物的風荷載及其動態響應，本文分別應用了數值分析方法、風洞中的氣動彈性和高頻動天平實驗技術，同時也探討了行人高度風環境。
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