保定市大进模具厂，预定加工，消力池模具，水泥消力池模具，按图纸要求定做。
消力池模具选用优质钢板焊接成型，结构为组合式，拆模简单，坚固耐用。
消力池可促使在泄水建筑物下游产生底流式水跃的消能设施。消力池能使下泄急流迅速变为缓流，一般可将下泄水流的动能消除40%～70%，并可缩短护坦长度，是一种有效而经济的消能设施。消。消力池的型式通常有下降式、消力槛式和综合式等3种。上游水位到跃首断面的落差大，故该处流速高,当弗劳德数Fr低时,消散的动能少，即余能多，而余能主要就是跃后水深表达的位能。二共挑水深相差较大的情况，其水力计算步骤一般是：先拟定一个尾槛高度，运用堰流公式计算尾槛槛顶以上的溢流水深，检验过槛水流与下游衔接情况，要求在所选用槛高的情况下，槛后呈淹没流态。
Baoding Dajin Mold Factory, scheduled processing, stilling basin mold, cement stilling basin mold, according to the drawing re
The mould for stilling pool is made of high steel plate and welded. The structure is combined, and the mould is simple and durable.
The stilling basin can promote the energy dissipation facilities for underflow hydraulic jump downstream of the discharge structure. The stilling basin can turn the discharging jet into a slow flow. Generally, the kinetic energy of the discharging jet can be eliminated by 40%-70% and the length of the apron can be shortened. It is an effective and economical energy dissipation facility. Eliminate. There are 3 types of stilling basins: descending type, stilling sill type and comprehensive type. The difference between the upstream water level and the jump head section is large, so the velocity is high. When the Froude number Fr is low, the dissipated kinetic energy is less, that is, more residual energy, and the residual energy is mainly the potential energy expressed by the water depth after jump. In the case of large difference in water carrying depth, the hydraulic calculation steps are generally as follows: first draw up a tail sill height, use weir flow formula to calculate the overflow depth above the tail sill top, check the connection between the flow over the sill and the downstream, re that under the selected sill height, the sill is submerged after the sill.