Chris Kleijn (TUD) Dynamics of droplet breakup in a T
... We quantitatively describe the breakup process and the mechanism of droplet pinch-off. Similar to the formation of droplets at T-junctions [3], the interface of the droplet first moves at a nearly constant speed, after which it rapidly collapses prior to breakup. As we will show, droplet dynamics in ...
... We quantitatively describe the breakup process and the mechanism of droplet pinch-off. Similar to the formation of droplets at T-junctions [3], the interface of the droplet first moves at a nearly constant speed, after which it rapidly collapses prior to breakup. As we will show, droplet dynamics in ...
34 A Supercritical fluid separations
... occur. 2. The geometry and flow profiles of FFF are well characterized. The effects of most external fields can be readily modeled, thus giving fairly exact theoretical predictions of retention and plate height. 3. The external field governs FFF retention. With electrical, centrifugal and flow FFF, ...
... occur. 2. The geometry and flow profiles of FFF are well characterized. The effects of most external fields can be readily modeled, thus giving fairly exact theoretical predictions of retention and plate height. 3. The external field governs FFF retention. With electrical, centrifugal and flow FFF, ...
Experiments on cylinder wake stabilization
... where E denotes the electric field, U the velocity, and σ the electrical conductivity, respectively. Obviously, the electromagnetic body force can be generated by the application of either a magnetic field alone, or by a combination of magnetic and electric fields. If the conductivity of the conside ...
... where E denotes the electric field, U the velocity, and σ the electrical conductivity, respectively. Obviously, the electromagnetic body force can be generated by the application of either a magnetic field alone, or by a combination of magnetic and electric fields. If the conductivity of the conside ...
The impact of debris flows on structures
... The understanding and quantification of mudflow and debris flow – structure interactions in terms of modification of the incident flow and impact force applied to the obstacle are of paramount importance for the conception and design of structural countermeasures. In this context, the present study ...
... The understanding and quantification of mudflow and debris flow – structure interactions in terms of modification of the incident flow and impact force applied to the obstacle are of paramount importance for the conception and design of structural countermeasures. In this context, the present study ...
EXAMPLE 6 Find the gradient vector field of . Plot the gradient vector
... or, equivalently, by the vector equation r共t兲 苷 x共t兲 i y共t兲 j, and we assume that C is a smooth curve. [This means that r is continuous and r 共t兲 苷 0. See Section 10.2.] If we divide the parameter interval 关a, b兴 into n subintervals 关ti1, ti 兴 of equal width and we let x i 苷 x共ti 兲 and yi 苷 y共ti ...
... or, equivalently, by the vector equation r共t兲 苷 x共t兲 i y共t兲 j, and we assume that C is a smooth curve. [This means that r is continuous and r 共t兲 苷 0. See Section 10.2.] If we divide the parameter interval 关a, b兴 into n subintervals 关ti1, ti 兴 of equal width and we let x i 苷 x共ti 兲 and yi 苷 y共ti ...
DIFFERENTIAL EQUATIONS WITH GENERAL
... of (w + l)-dimensional real space, where a and b are finite but any or all of the A is and B/s may be infinite. By a solution of system (1) on an interval a^x^ft we understand a set of absolutely continuous functions yi — gi(x) ( i = l , 2, * • • , n), such that the equations g'i=fi[x, gi(x), gz(x), ...
... of (w + l)-dimensional real space, where a and b are finite but any or all of the A is and B/s may be infinite. By a solution of system (1) on an interval a^x^ft we understand a set of absolutely continuous functions yi — gi(x) ( i = l , 2, * • • , n), such that the equations g'i=fi[x, gi(x), gz(x), ...
Scaling UP - Chart Industries
... frictional pressure loss in the entry distribution finning (1), and a higher frictional pressure loss in the exit distribution finning (3) relative to the right hand side. Therefore, it is desirable to configure the entry distributor and the exit distributor to balance the pressure drops through the ...
... frictional pressure loss in the entry distribution finning (1), and a higher frictional pressure loss in the exit distribution finning (3) relative to the right hand side. Therefore, it is desirable to configure the entry distributor and the exit distributor to balance the pressure drops through the ...
experiment 7
... component force. In addition, a drag force is rotated to provide a lift component force, as well as a reduced drag component force. The airfoil may be any type of airfoil, such as a rotating cylinder. The vane-airfoil combination may also include a fore-body and an after-body for reducing the press ...
... component force. In addition, a drag force is rotated to provide a lift component force, as well as a reduced drag component force. The airfoil may be any type of airfoil, such as a rotating cylinder. The vane-airfoil combination may also include a fore-body and an after-body for reducing the press ...
