Eccentric reducer manufacturers so that customers at ease to buy
The eccentric reducer produced by our company can be purchased by every customer. Firstly, the production process of eccentric reducer is introduced.At the time of manufacturing eccentric reducer first choice according to the requirements of customers customized raw materials -- -- -- -- -- - to choose good raw material after the operator to carry on the blanking -- -- -- -- -- -- -- -- -- -- blanking is completed after the advanced equipment and technical personnel selected the model supporting mold to produce customized -- -- -- -- -- -- -- will produce better eccentric reducer to correct -- -- -- -- -- - good correction after after each department of inspection and advanced equipment testing after -- -- -- -- -- - in according to the customer's requirements for sandblasting - type paint - - packing.The packing of eccentric reducer is divided into pallets, wooden cases, cartons and so on.
The company mainly produces a variety of different types and materials of eccentric reducer, pipe cap, elbow, tee pipe fittings.Welcome new and old user's presence and the consultation.
The reducer manufacturer introduces the calculation method of the reducer
This company produces the reducer of general mainly in oil, chemical industry pipeline transport to use in the process of variable diameter, the reducer in pipe diameter can be changed according to the requirements of variable diameter, commonly used models of our company has a large number of inventory, if the customer need to model is not a common model of our company will be in the customer order complete manufacturing process.The company in good faith and good faith to meet the needs of each customer, at a reasonable price to provide each of our customers.
The company is mainly pipe fittings manufacturers, pipe fittings are mainly divided into: reducer, elbow, tee, pipe cap and so on.The company produces above pipe fittings for export to all parts of the world.
The reducer calculation method
In order to obtain more accurate data, euler model is adopted because of the narrow distribution range of water in gas.
Volume fraction equation
Vq= integral of V qdV: Q =1n Q =1.
Where Q -- the volume fraction of the QTH phase;
-- the effective density of the q phase;
Q -- the physical density of the Q phase.
Conservation of mass equation
∂ T (Q q +∇(Q QVQ)=∑ Q =1nm˙ PQ (2), VQ -- the velocity of the Q phase;M: pQ -- Mass transfer from the P phase to the Q phase.Momentum conservation equation partial partial t (alpha q rho qv) ⃗ q + ∇ (alpha q rho qv ⃗ qv) ⃗ q = - alpha ∇ p + q ∇ ⋅ tau = ∑ q + p = 1 n (R ⃗ pq + m ˙ PQV ⃗ pq) + alpha rho q q (⃗ q + F F ⃗ lift, q + F ⃗ vm, q) (3) the tau mu = q = alpha q q (⃗ q + ∇ ∇ v v ⃗ Tq) + alpha q (lambda q - 23 mu q) ∇ ⋅ v ⃗ qI =
The shear and volumetric viscosity of Q and Q -- q phase in the formula;F ⃗ q - external volume force;F ⃗ vm, q - virtual mass force;Interaction between R ⃗ pq - phase;P -- pressure Shared between all phases;V ⃗ pq, and speed.The continuous equation ∂ T (Q)+∇? Q =1 Q (∑ P =1n)m Pq − QDQ DT
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