shell thickness的例句大全

Axisymmetrical Deformation of Continuous Spherical Shell with Nonhomogeneous Material and Nonuniform Thickness

非均匀连续组合球壳的轴对称变形

This paper deals with the solution of axisymmetrical problem of composite spherical shell with nonhomogeneous material and nonuniform thickness under arbitrary loading by superposition of membrane with bending solutions.

本文采用将膜解和弯曲解叠加的方法，求解材料和厚度非均匀的组合球壳在任意载荷作用下的轴对称问题。

Axisymmetric Spherical Shell with Variable Wall Thickness

变壁厚轴对称球壳

The analysis method which can calculate the stress of the changing wall thickness section connecting the sphere head and the cylinder shell with unequal wall thickness has been established.

建立了通过变厚度筒壳把球壳与不等厚的筒壳相连接的不连续应力解析计算方法。

According to numerical simulation and molten steel solidification mechanism, in the paper, the restrict relationship had been setup between casting speed and molten steel level and average mould tapping section thickness as well as its shell temperature at tapping spout.

本文基于数值模拟和钢液凝固机理，建立起结晶器内钢液液位和铸坯拉速对其出钢口处钢液截面平均温度和坯壳温度的制约关系。

The reflective properties and ab-sorptive properties of neutrons are analysed in the different thickness of the medium of Iron. These explanations and analyses of results have an important value in choosing shield param-eters of spheric shell of fast neutron.

分析了不同介质厚度的铁对中子的反射性质和吸收性质，这些解释和分析对快中子球壳屏蔽参数的选取具有重要价值。

The solutions for the problem are given for the spherical shell segment which does not contain the pole of sphere and the point of zero wall thickness.

对于不包含零厚度点及球极的壳体，给出了问题的解。

the solidification thickness of shell derived from model solution is coincident with that which was obtained from on site measurement on the leakage of steel.

模型求解得到的凝固壳厚度与漏钢测试结果吻合，说明所采用的方法正确、实用。

The analytic calculation approach for discontinuous stress of thickness variable cylindrical shell has been established.

建立了变厚度筒壳过渡结构不连续应力的解析计算方法.

Ltd. The calculation indicates that converter heat insulation layer thickness of asbestos board is about 30 mm. The converter shell temperature can be controlled within 360 ℃, which is lower than the creep temperature of shell material.

对重钢50t转炉进行了炉壳（炉身段）温度场分析，计算表明：转炉隔热层石棉板的厚度为30mm时，炉壳温度就能控制在360℃以内，低于炉壳材质的蠕变温度。

When the thickness of asbestos board reaches 30 mm, the shell temperature could be controlled below 360 ℃, which is lower than the creep temperature of the shell material, and the thermal expansion stress of the shell is only 50% of that without asbestos board.

当石棉板厚度为30mm左右时，炉壳温度可以控制在360℃以下；低于炉壳材质的蠕变温度，炉壳所受到的热膨胀应力仅为没加石棉板时的50%。

The analysis for free vibration of ring-stiffened circular cylindrical shell with variable thickness was presented.

分析了环肋变厚度圆柱壳的自振特性.

The process schedule to improve non-uniform shell wall thickness on plug mill is investigated.

研究了在自动轧管机上减小荒管壁厚不均的工艺方案.

Limited by model scale sandwich panel is usually modeled using shell element during finite element buckling analysis. This approach ignores the interactions of the face sheet and the core in the thickness direction and can not calculate the wrinkling modes.

由于模型规模的限制，在常规有限元建模时通常将夹层板模拟为二维板单元，这种方法忽略了面板和夹芯在厚度方向的相互作用，无法计算出皱曲模式。

Degenerate thick shell elements employing a layered discretization through the thickness are adopted.

退化厚壳单元用于对结构沿厚度分层离散化。

The analysis of thickness distribution control process of vacuum forming part by rigid visco plastic shell FEM

真空成形制件厚度分布控制工艺的刚粘塑性壳有限元分析

The thickness of solidified slab shell in secondary cooling region is determined by nail-shooting technique combined with the practical production situation of the continuous casters in Angang and the solidification coefficient of continuous cast billet is calculated.

结合鞍钢连铸机的生产实际情况，采用射钉法测定二冷区内的凝固坯壳厚度，并计算铸坯凝固系数。

Based on the explicit expressions a equivalent thin shell finite ring element of supporting columns of hyperbolic cooling towers is proposed by using equivalent stiffness method. The formula of the thickness of equivalent finite ring element and formulas of internal forces of supporting columns are given.

本文利用半解析环元刚度矩阵的显式结果，采用刚度等效的工程方法，直接将柱支撑等效为一个旋转薄壳环元，给出了该环元的等效厚度计算公式。

The effects of technical parameters on the thickness of solidified shell were studied, such as base strip thickness, liquid steel superheating and dipping time.

研究了母带厚度、钢液过热度、浸渍时间等工艺参数对薄带凝固层厚度的影响规律。

The strength and equivalent stress of the remainder wall thickness of reactor shell under new working condition were checked.

对反应器壳体剩余壁厚在新工况条件下的强度和当量应力进行了校核；