laminose 中文意思是什麼

laminose 解釋
積層的
  1. In the paper, the finite element simulation software dynafrom is applied to analyze the affect of different blank holder during the forming process of laminose stepped tubular part, predict the possible defects such as wrinkle and break, obtain the rational style of blank holder avoiding the occur of defects and determine the rational configuration of die. the forming affect of thin - wall shallow stepped tubular part is analyzed when using different lubricate condition ( friction coefficient ). by this method, the relationship between friction coefficient and drawing depth of laminose stepped tubular part is obtained

    本文利用有限元模擬軟體dynafrom分析了不同類型的壓邊圈對薄壁階梯筒形件成形過程的影響規律,預測了採用不同類型壓邊圈時可能出現的成形缺陷如起皺和拉裂,獲得了防止缺陷產生的合理壓邊圈形式,確定了合理的模具結構形式;分析了不同的潤滑條件(摩擦系數)對薄板階梯筒形件成形的影響,獲得摩擦系數與薄板階梯筒形件的拉深深度的關系;分析了階梯筒形件成形過程中的不同階段的應力應變分佈、毛坯材料厚度變化情況,並獲得了階梯階梯筒形件能一次拉深成形的條件。
  2. In analyzing laminose structure of deep - hole gate, the method is effective

    此方法簡便易行,精度較好,是分析深水閘薄板結構的有效方法。
  3. Laminose dynamic response caused by dynamic couple

    在動力偶作用下薄板的動力響應
  4. Based on structural design criterion of floodgates, a finite clement method is adopted to analyze and calculate deep - hole gate chamber. and based on space plank analysis theory, area stress is considered in the stress calculation of original laminose problems. the method is simple, convenient and manageable and reaches better precision

    本文在設計規范的基礎上針對水閘的結構設計,採用有限元對深孔閘的閘室進行了分析計算,根據空間板的分析理論,在原薄板問題的受力計算基礎上考慮了閘內力的作用。
  5. The distribution of stress and strain and the variety of blank thickness is analyzed during different forming stages of laminose stepped tubular part. the condition of one - off drawing of laminose stepped tubular part is obtained. plasticity theory and numerical simulation technology of finite element are applied synthetically to analyze the forming technological characteristic of stepped tubular part,

    通過綜合應用塑性力學理論、有限元數值模擬等手段成功地分析了階梯筒形件成形工藝特點,獲得了階梯筒形拉深的合理工藝方案及階梯筒形件一次拉深成形的規律,最後通過實驗檢驗對此工藝方案及規律進行了驗證,結果表明本文所提出的工藝方案及階梯筒形件一次拉深成形規律是正確可靠的,能直接用於指導生產。
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