29th International Symposium on Ballistics,Edinburgh,Scotland,UK,9-13 May 2016
Clive Woodley;International Ballistics Society;

..............page:58

The ballistic performance of the bombard Mons Meg
Ian LEWTAS;Rachael MCALISTER;Adam WALLIS;Clive WOODLEY;Ian CULLIS;QinetiQ;Fort Halstead;

..............page:59-68

Innovative boron nitride-doped propellants
Thelma MANNING;Richard FIELD;Kenneth KLINGAMAN;Michael FAIR;John BOLOGNINI;Robin CROWNOVER;Carlton P.ADAM;Viral PANCHAL;Eugene ROZUMOV;Henry GRAU;Paul MATTER;Michael BEACHY;Christopher HOLT;Samuel SOPOK;US Army RDECOM ARDEC;Picatinny Arsenal;pH Matter;LLC;Benet Laboratory;

..............page:69-80

Application of transient burning rate model of solid propellant in electrothermal-chemical launch simulation
Yan-jie NI;Yong JIN;Gang WAN;Chun-xia YANG;Hai-yuan LI;Bao-ming LI;National Key Laboratory of Transient Physics;Nanjing University of Science and Technology;

..............page:81-85

Calculation of propellant gas pressure by simple extended corresponding state principle
Bin XU;San-jiu YING;Xin LIAO;School of Chemistry Engineering;Nanjing University of Science and Technology;

..............page:86-89

3D numerical simulation and analysis of railgun gouging mechanism
Jin-guo WU;Bo TANG;Qing-hua LIN;Hai-yuan LI;Bao-ming LI;National Key Laboratory of Transient Physics;Nanjing University of Science and Technology;

..............page:90-95

Mechanism of plasma ignition in electrothermal-chemical launcher
Yong JIN;Yan-jie NI;Hai-yuan LI;Bao-ming LI;National Key Laboratory of Transient Physics;Nanjing University of Science and Technology;

..............page:96-100

Numerical simulation of interior ballistic process of railgun based on the multi-field coupled model
Qing-hua LIN;Bao-ming LI;National Key Laboratory of Transient Physics;Nanjing University of Science & Technology;

..............page:101-105

Measurement of in-bore side loads and comparison to first maximum yaw
Donald E.CARLUCCI;Ryan DECKER;Julio VEGA;Douglas RAY;U.S. Army ARDEC RDAR-DSM;U.S. Army ARDEC RDAR-EIQ-SB;

..............page:106-112

Mass asymmetry and tricyclic wobble motion assessment using automated launch video analysis
Ryan DECKER;Joseph DONINI;William GARDNER;Jobin JOHN;Walter KOENIG;Armaments Research;Design;and Engineering Center;Picatinny Arsenal;

..............page:113-116

Influence of chamber misalignment on cased telescoped(CT) ammunition accuracy
D.CORRIVEAU;C.FLORIN PETRE;Defence R&D Canada;

..............page:117-123

Influence of yawing force frequency on angular motion and ballistic characteristics of a dual-spin projectile
Yu WANG;Jie CHENG;Ji-yan YU;Xiao-ming WANG;202 School of Mechanical Engineering;Nanjing University of Science and Technology;

..............page:124-128

Study of detonation wave contours in EFP warhead
Xu-dong ZU;Zheng-xiang HUANG;Chuan-sheng ZHU;Qiang-qiang XIAO;School of Mechanical Engineering;Nanjing University of Science and Technology;

..............page:129-133

Simulating geometrically complex blast scenarios
Ian G.CULLIS;Nikos NIKIFORAKIS;Peter FRANKL;Philip BLAKELY;Paul BENNETT;Paul GREENWOOD;QinetiQ;Fort Halstead;Cavendish Laboratory Cambridge University;Cambridge Numerical Solutions Ltd;

..............page:134-146

Design and commissioning of a semi-confined blast chamber
I.M.SNYMAN;F.J.MOSTERT;W.GRUNDLING;Defence;Peace;Safety and Security;Council for Scientific and Industrial Research;

..............page:147-158

On the study of ricochet and penetration in sand, water and gelatin by spheres, 7.62 mm APM2, and 25 mm projectiles
John F.MOXNES;?yvind FR?YLAND;Stian SKRIUDALEN;Anne K.PRYTZ;Jan A.TELAND;Eva FRIIS;Gard ?DEG?RDSTUEN;Land Systems Division;Norwegian Defence Research Establishment;Nammo Raufoss AS;

..............page:159-170

Effective depth-of-penetration range due to hardness variation for different lots of nominally identical target material
Patrick FRUEH;Andreas HEINE;Karl Ernst WEBER;Matthias WICKERT;Fraunhofer EMI;

..............page:171-176

The break-up tendency of long rod projectiles
Ewa LIDéN;Andreas HELTE;FOI;Swedish Defence Research Agency;

..............page:177-187

Experimental study about the influence of adhesive stiffness to the bonding strengths of adhesives for ceramic/metal targets
W.SEIFERT;E.STRASSBURGER;S.GREFEN;S.SCHAARE;Fraunhofer-Institute for High-Speed Dynamics;Ernst-Mach-Institute;Rheinmetall Ballistic Protection GmbH;

..............page:188-200

Consistent constitutive modeling of metallic target penetration using empirical, analytical, and numerical penetration models
John P.RIEGEL III;David DAVISON;R3 Technology;Inc.;7324 Fountain Spring Ct.;Shock Transients;Inc.;

..............page:201-213

Engineering tool for the evaluation of global IED effects
N.HEIDER;V.DENEFELD;A.STEINBRENNER;A.HOLZWARTH;Ernst-Mach-Institute;

..............page:214-221

Defence Technology Aims and Scope

..............page:223