With candidates from coast to coast discussing manufacturing, how can we increase our influence?
He will address trends for the coming fall elections and review micro and macro political issues which will impact candidates from the courthouse to the White House. From NAM’s Election Center website, to our Manufacturing Works site, to issue advocacy programs, to the NAM Award and Dialogue programs, there are many powerful opportunities to partner.
Ned loves talking politics; is our political pundit and knows how manufacturing fits into the picture. He has saved time for Q&A.
Breaking of Granular Cluster in Two-Dimension due to Splitting of the Central...Sparisoma Viridi
Granular cluster in two-dimension is separated into two sub-clusters due to splitting of central forces. The force are initially at the same point but then splitted in two opposite directions attracting the nearest particles to each point. Velocity of each central force is maintained as slow as possible so that the sub-clusters are always in compact configuration. The configuration is analyzed also in domain of distance of between each two particles besides visually observed. Information of evolution of particle positions in each step of central forces splitting can be use to calculate pontential energy in liquid drop model.
With candidates from coast to coast discussing manufacturing, how can we increase our influence?
He will address trends for the coming fall elections and review micro and macro political issues which will impact candidates from the courthouse to the White House. From NAM’s Election Center website, to our Manufacturing Works site, to issue advocacy programs, to the NAM Award and Dialogue programs, there are many powerful opportunities to partner.
Ned loves talking politics; is our political pundit and knows how manufacturing fits into the picture. He has saved time for Q&A.
Breaking of Granular Cluster in Two-Dimension due to Splitting of the Central...Sparisoma Viridi
Granular cluster in two-dimension is separated into two sub-clusters due to splitting of central forces. The force are initially at the same point but then splitted in two opposite directions attracting the nearest particles to each point. Velocity of each central force is maintained as slow as possible so that the sub-clusters are always in compact configuration. The configuration is analyzed also in domain of distance of between each two particles besides visually observed. Information of evolution of particle positions in each step of central forces splitting can be use to calculate pontential energy in liquid drop model.