1) thin-walled rotator shells
薄壁回转壳体
1.
Stability failure for elastic-viscoelastic and plastic thin-walled rotator shells is analyzed.
采用Freudenthal公式[1] 对薄壁回转壳体的弹 /粘塑性失稳进行分析 ,得出薄壁圆柱壳及薄壁球壳体的弹 /粘塑性失稳过程中最大应力与时间的表达式 ,由此计算出的薄壁回转壳体瞬态失稳内压值在工程实际应用中有一定的实用价
2) Thin-wall Revolving Body
薄壁回转体
1.
Trajectory Planning of Geometric Parameter Precision Measuring for Thin-wall Revolving Body;
薄壁回转体几何参数精密测量的轨迹规划
4) Thin wall revolving body
薄壁回转体工件
1.
Thin wall revolving body made by fragile material is a kind of baroque workpiece which is used in some domain such as aviation,spaceflight and radar communication,its precision influences the equipments\' performance in these fields.
硬脆材料薄壁回转体工件主要应用在航空、航天和雷达通讯等领域,其制造精度是影响该领域某些设备性能的关键因素,因材料特殊、结构复杂、加工精度要求高,其加工一直是国内外研究的难题。
5) large complicated shell
薄壁壳体
1.
Wall thickness variation during multi-pass spinning of large complicated shell;
大型复杂薄壁壳体多道次旋压过程中的壁厚变化
6) gyro shell
回转薄壳
1.
According to the theory of force-free moment and by means of the sectional method of Materials Mechanics, this paper gives an analysis of and a solution to the meridional membrane stress of gyro shell in three cases.
根据无力矩理论采用材料力学的截面法对三个实例中回转薄壁壳体的经向薄膜应力作了分析和求解,并用弹性理论的计算结果进行了验证,从而说明回转薄壳薄膜应力材料力学解答的准确性。
补充资料：Ti_3Al金属间化合物高温合金涡轮壳体、紧固件
Ti_3Al金属间化合物高温合金涡轮壳体、紧固件
TI。AI金属间化合物高温合金涡轮壳体、紧固件
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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