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1
Interior ballistics modeling: extensions to the one-dimensional XKTC code and analytical studies of pressure gradient for lumped parameter codes
Gough Paul S.
propellant
velocity
projectile
equation
equations
analysis
granular
resistance
tube
xktc
assumed
lagrange
lumped
parameter
volume
gough
mixture
boundary
assume
gradient
wave
assumption
values
discontinuity
mass
solid
solution
stress
charges
grain
ullage
density
momentum
rate
function
consider
porosity
ratio
analytical
breech
burnout
chamber
motion
combustion
intergranular
effects
evidently
expected
explicit
phases
语言:
english
文件:
PDF, 5.37 MB
您的标签:
0
/
0
english
2
Computational Interior Ballistics Modeling / Роберт Тод (младший). Компьютерное внутрибаллистическое моделирование
Работа магистра наук - Robert Todd (Miner).
velocity
propellant
equation
figure
projectile
parameter
imr
ballistic
powder
volume
lumped
mass
rate
breech
muzzle
parameters
shown
grain
ratio
specific
equations
models
percent
chemical
error
barrel
fraction
ibhvg2
equilibrium
geometry
chamber
function
method
bomb
ballistics
analysis
efficiency
empirical
ptv
combustion
developed
maximum
bmg
output
grains
launcher
snl
solution
xktc
coppocks
语言:
english
文件:
PDF, 9.64 MB
您的标签:
0
/
0
english
3
Theoretical modeling of the interior ballistics of the electrothermal gun
Gough Paul S.
fluid
plasma
rate
mixing
values
decomposition
mass
attn
density
breech
projectile
chamber
equation
initial
input
velocity
solution
analysis
ballistics
coefficient
mixture
fraction
parameter
total
zero
equations
ballistic
etg
inverse
report
rhop
ak2
assumed
dimensional
thermochemistry
effective
lumped
nvdat
mpa
numerical
products
required
determine
wiping
accuracy
function
maximum
muzzle
volume
ratio
语言:
english
文件:
PDF, 5.11 MB
您的标签:
0
/
0
english
4
The effects of propellant grain fracture on the interior ballistics of guns
Keller G.E.
,
Horst A.W.
propellant
stress
attn
fracture
ignition
intergranular
figure
grain
temperature
projectile
ullage
surface
maximum
impact
bayonet
rate
wave
function
breech
difference
organization
porosity
laboratory
report
grains
pressures
ballistic
burning
shown
simulation
chamber
xktc
mpa
smcar
amcpm
compaction
versus
command
solid
systems
tech
velocity
waves
density
dept
increase
library
naval
p.o
ratio
语言:
english
文件:
PDF, 1.72 MB
您的标签:
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0
english
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