Treffer: Fragmentation: a study using numerical simulations = 物體碎裂現象之數值模擬硏究. ; 物體碎裂現象之數值模擬硏究 ; Fragmentation: a study using numerical simulations = Wu ti sui lie xian xiang zhi shu zhi mo ni yan jiu. ; Wu ti sui lie xian xiang zhi shu zhi mo ni yan jiu

Yiu Yun Yip. ; Thesis (M.Phil.)--Chinese University of Hong Kong, 1997. ; Includes bibliographical references (leaves 86-87). ; Yiu Yun Yip. ; Contents --- p.i ; List of Figures --- p.iii ; List of Tables --- p.vi ; Abstract --- p.vii ; Acknowledgements --- p.viii ; Chapter Chapter 1. --- Introduction --- p.1 ; Chapter Chapter 2. --- The Fragmentation Model --- p.4 ; Chapter 2.1 --- Interaction Potential --- p.5 ; Chapter 2.2 --- Initial Configuration --- p.6 ; Chapter 2.2.1 --- Enforcement of momentum conservation at time zero --- p.8 ; Chapter 2.3 --- Time Evolution --- p.9 ; Chapter 2.4 --- Summary --- p.10 ; Chapter Chapter 3. --- Results for object with an initial circular shape --- p.11 ; Chapter 3.1 --- Measurement of F(m) --- p.11 ; Chapter 3.2 --- Results and Analysis --- p.14 ; Chapter 3.3 --- Discussion --- p.24 ; Chapter Chapter 4. --- Results for object with an initial square shape --- p.35 ; Chapter 4.1 --- Results and Analysis --- p.35 ; Chapter 4.2 --- Discussion --- p.43 ; Chapter Chapter 5. --- Comparsion with experimental observations --- p.49 ; Chapter 5.1 --- The Experiment --- p.49 ; Chapter 5.2 --- Comparison --- p.50 ; Chapter 5.2.1 --- Relation between the power-law exponent and the falling height --- p.50 ; Chapter 5.2.2 --- Relation between the falling height and the total number of fragments --- p.50 ; Chapter 5.2.3 --- Relation between the power-law exponent and the total num- ber of fragments --- p.53 ; Chapter 5.3 --- Summary --- p.53 ; Chapter Chapter 6. --- Maximum entropy formalism for fragment distributions --- p.55 ; Chapter 6.1 --- The formalism --- p.55 ; Chapter 6.2 --- Average potential and kinetic energies for fragments with mass m --- p.57 ; Chapter 6.3 --- Comparison with simulation results --- p.67 ; Chapter 6.3.1 --- Analysis for small R --- p.67 ; Chapter 6.3.2 --- Analysis for large R --- p.69 ; Chapter 6.4 --- Conclusion --- p.69 ; Chapter Chapter 7. --- Conclusion --- p.75 ; Appendix A. Main program --- p.76 ; Appendix B. Derivation of P*(nm，m) and n*(m) --- p.84 ...