1) concave V anvil
凹面V砧
1.
Results show that compare with cogging process using common flat anvil and common V anvil, using concave flat anvil and concave V anvil can increase the deformation at the center of the billet > improve the stress state of the center part and greatly decrease t.
根据大锻件锻造工艺发展的现状和存在的问题，提出了利用凹面砧进行拔长的两种新工艺—凹面平砧锻造法(即CFAF法)和凹面V砧锻造法(即CVAF法)，并利用大型非线性有限元软件ANSYS对两种工艺进行了数值模拟。
2) Concave Anvil
凹面砧
3) concave flat anvil
凹面平砧
1.
Results show that compare with cogging process using common flat anvil and common V anvil, using concave flat anvil and concave V anvil can increase the deformation at the center of the billet > improve the stress state of the center part and greatly decrease t.
根据大锻件锻造工艺发展的现状和存在的问题，提出了利用凹面砧进行拔长的两种新工艺—凹面平砧锻造法(即CFAF法)和凹面V砧锻造法(即CVAF法)，并利用大型非线性有限元软件ANSYS对两种工艺进行了数值模拟。
4) anvil face
砧面
5) V-anvil
V形砧
1.
By experiment, the experiencl in forging huge rotatorson V-anvil has been summarised, and a new method to forgeheavy billets is presented, by which the forging operation is simpli-fied, the quality improved, the rate of finished products increasedand the cost reduced.
对V形砧锻造作了试验研究,比较了几种形砧对锻坯的压实效果;总结了大型发电机转子的V形砧锻造经验;提出了大型轴类锻件采用V形砧锻制的新方法,采用它可以简化锻造工序,大大改善锻件质量,提高成品率,降低成本。
6) V-anvils
V型砧
1.
The V-anvil drawing process of large forgings was simulated using FE software,and the stress-strain distributions in the plastically deforming area were compared after different V-anvils drawings.
利用有限元软件模拟了V型砧的锻造拔长过程,并对不同夹角的V型砧压下后锻坯塑性变形区内应力、应变的状态进行比较。
补充资料：凹面光栅
分子式：
CAS号：
性质：又称罗兰光栅（Rolland grating）。它的作用是使光既衍射又聚焦。因而凹面光栅摄谱仪只需光栅、狭缝及感光板三部分。它可减少吸收现象，只存在光栅面一次反射的光损失，且无色差。可用于远紫外及远红外光谱区域。
CAS号：
性质：又称罗兰光栅（Rolland grating）。它的作用是使光既衍射又聚焦。因而凹面光栅摄谱仪只需光栅、狭缝及感光板三部分。它可减少吸收现象，只存在光栅面一次反射的光损失，且无色差。可用于远紫外及远红外光谱区域。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条