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- The wind load resistance is80 N/ m2 for maximum sizes, i. e.11 m/ s. 最大尺寸門(mén)的抗風(fēng)壓能力為80牛頓/2，即11米/。
- Characteristics of Vertical Wind Profiles near Supercells Obtained from the Rapid Update Cycle. 從快速更新循環(huán)得到得超單體附近垂直風(fēng)廓線(xiàn)的特征。
- The ILM animators studied skydivers performing in a vertical wind tunnel to create Iron Man's aerial movements. 為了創(chuàng )造出鐵人在空中的動(dòng)作，工業(yè)光魔的動(dòng)畫(huà)制作人員研究了跳傘運動(dòng)員在垂直通風(fēng)管道中的姿勢。
- A method and steps of calculating SRH are presented, first, with Doppler radar vertical wind profile (VWP) product. 首先探討了由多普勒天氣雷達提供的垂直風(fēng)廓線(xiàn)(VWP)產(chǎn)品計算SRH的方法和步驟。
- The strong vertical wind shear, low level jetstream and low level confluence is beneficial for the heavy rain development. 當近地層具有低空急流和強烈垂直風(fēng)切變以及低層徑向速度輻合時(shí)對暴雨的發(fā)展十分有利。
- It is forecast that NARI will remain strong when crossing the ridge axis due to good poleward outflow and moderate vertical wind shear. 預料繼續受到良好的極向輻散通道及中等的垂直風(fēng)切變影響，百合可于未來(lái)24小時(shí)維持強度。
- There appears some flexibility at the top of tower with high ratio of height to diameter (H/D),caused by wind load. 高徑比(H/D)較大的塔在風(fēng)載荷的作用下,在塔頂處會(huì )引起一定的靜撓度。
- NARI should weaken throughout the forecast period as it will be subjected to lower sea surface temperatures and higher vertical wind shear. 百合將于馀下時(shí)間因受較冷的海水及強烈垂直風(fēng)切變的影響而減弱。
- NARI's strength should decrease after crossing the ridge axis as it will be subjected to lower sea surface temperatures and higher vertical wind shear. 當百合橫過(guò)脊線(xiàn)以后，它將受較冷的海水及強烈垂直風(fēng)切變的影響而減弱。
- If a tarpaulin/ sheeting is secured to the scaffolding, has the scaffolding been designed to withstand the additional wind load? 如果腳手架上固定了帆布/皮，腳手架的設計能力能夠承受額外的風(fēng)力負荷嗎?
- Photovoltaic technology and vertical wind turbines provide power for the capsule, where visitors can stay overnight in the Italian Alps. 光電池科技和縱軸風(fēng)車(chē)提供艙體膠囊電力，方便攀登意大利阿爾卑斯山的登山者在此過(guò)夜。
- Wind loads are not a significant factor for structural design. 風(fēng)載荷對于結構設計就成了沒(méi)有意義的因素。
- Firstly the pulse wind load was determined and time process curve simulation of the pulse wind load was done by AR method. 首先確定了點(diǎn)支式玻璃幕墻魚(yú)腹式柔性支承體系所承受的風(fēng)荷載,運用AR法對脈動(dòng)風(fēng)荷載進(jìn)行了模擬;
- This time the entire structure of the high-rise building wind load resistance all the strength and stiffness to achieve maximum efficiency. 這個(gè)時(shí)候此高層建筑的整個(gè)結構抵抗風(fēng)荷載的所有強度和剛度將達到最大的效率。
- It is forecast that NARI will strengthen at climatological rate before crossing the ridge axis due to the improving poleward outflow and low to moderate vertical wind shear. 預料繼續受到良好的極向輻散通道及輕微至中等的垂直風(fēng)切變影響，百合可于未來(lái)24小時(shí)以氣候平均值增強。
- If a tarpaulin/sheeting is secured to the scaffolding, has the scaffolding been designed to withstand the additional wind load? 如果腳手架上固定了帆布/鐵皮，腳手架的設計能力能夠承受額外的風(fēng)力負荷嗎？
- The increased and thickened vertical wind shear with moderate intensity would change thinner convectioninto deep convection and cause small-scale mesocyclone. 比較淺薄的中等強度的垂直風(fēng)切變增強變厚將使得對流進(jìn)一步演變?yōu)樯顚α?會(huì )引發(fā)小尺度的中氣旋。
- Wind load is a crucial controlling factor for high-rise structure.So, after confirming its shape coefficients, we can begin to design it. 摘要風(fēng)荷載是高聳結構的控制因素，對高聳結構必須先確定體型系數，才能進(jìn)行設計。
- The focus of fourth chapter is the diagnostic calculation of the kinematics characteristic parameters such as divergence, vorticity and the vertical wind speed. 第四章氣象常用診斷量的計算的重點(diǎn)是散度、渦度和垂直運動(dòng)速度等運動(dòng)學(xué)特征參量的診斷計算。
- Wind load is a main variable in OCS design, its right selection is very important for safety operation of OCS and economic efficiency of the system. 風(fēng)荷載是接觸網(wǎng)設計中主要的可變荷載,風(fēng)速取值的正確與否對接觸網(wǎng)的運行安全及系統的經(jīng)濟性至關(guān)重要。
