trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
one of the	167
part of the	130
top of the	129
end of the	129
the use of	127
the top of	121
as shown in	116
in order to	115
it may be	113
so as to	111
shown in fig	101
of the fire	96
side of the	93
it is not	89
there is a	88
ends of the	87
the end of	86
of the flame	85
so that the	81
as well as	77
is to be	74
the ends of	73
of the concrete	73
out of the	72
the bottom of	72
it will be	72
should not be	69
in the same	68
of the house	68
there is no	66
for the purpose	64
and it is	64
of the beam	64
it is a	63
of the fireplace	63
some of the	63
in which the	62
bottom of the	61
at the top	58
of the building	56
a piece of	56
on the other	56
of the burner	56
to make the	55
of the gas	54
to make a	54
parts of the	53
of the room	53
a number of	53
it should be	53
shown in figure	52
as in fig	52
the amount of	51
of the most	51
of the door	50
by means of	50
the purpose of	50
as it is	50
the construction of	49
that it is	49
may be made	49
of the air	48
two or three	48
the fact that	48
surface of the	47
it is the	47
as to the	47
of the men	47
sides of the	47
that of the	47
the quantity of	47
according to the	46
it would be	46
the strength of	46
shown in the	44
in the concrete	44
may be used	43
of the chimney	43
of the board	43
should be made	42
if it is	42
the size of	42
at right angles	42
how to make	42
of the same	41
shown by fig	41
the london fire	41
the same time	41
of the log	41
they should be	40
to have been	40
but it is	40
on the ground	39
edge of the	39
be made of	39
of the engine	39
strength of the	39
should never be	39
this is not	38
the fire is	38
that there is	38
to the fire	38
into the room	38
at the same	38
the pressure of	38
and the other	37
as shown by	37
not less than	37
of an inch	37
of the london	37
so that it	36
the united states	36
portion of the	36
the case of	36
as in the	36
to keep the	35
up to the	35
the number of	35
the width of	35
at the bottom	35
the same manner	35
and in the	34
to prevent the	34
at the end	34
on top of	34
of the brigade	34
the area of	34
area of the	34
the elastic theory	34
the other hand	34
the center of	34
of the water	33
use of the	33
by the author	33
to the top	33
in addition to	33
can be made	33
to be a	33
the concrete is	33
down to the	33
of the flue	32
in the case	32
which may be	32
it has been	32
it was not	32
the value of	32
which the gas	32
by by by	32
it must be	32
of reinforced concrete	31
outside of the	31
the whole of	31
the illuminating power	31
for that purpose	31
from the top	31
size of the	31
to hold the	30
a reinforced concrete	30
of the roof	30
ought to be	30
to build a	30
in such a	30
and should be	30
the sides of	30
the city of	30
there was a	30
fire in the	30
it can be	29
in this manner	29
in the city	29
at least inches	29
right angles to	29
the centre of	29
the middle of	29
from the burner	29
the form of	29
used in the	29
the point of	29
in case of	29
is made of	29
on the subject	29
is shown in	29
the edge of	28
depth of the	28
many of the	28
in reinforced concrete	28
in the steel	28
supply of water	27
in place of	27
should be kept	27
of the city	27
front of the	27
this is the	27
on account of	27
to have a	27
the supply of	27
which it is	27
as far as	27
the subject of	27
center of the	27
width of the	27
the other side	27
in place by	27
should be used	27
of a fire	27
the effect of	27
on each side	27
this is a	27
of gas lighting	26
account of the	26
hole in the	26
the surface of	26
the action of	26
attached to the	26
is necessary to	26
in front of	26
the weight of	26
due to the	26
in connection with	26
pressure of the	26
the same as	26
the depth of	26
the neutral axis	26
seems to be	26
be used for	26
of all the	26
centre of the	25
they may be	25
the side of	25
over the supports	25
set fire to	25
so that they	25
the university of	25
if there is	25
it is necessary	25
the gas is	25
at which the	25
in the use	25
a series of	25
will be found	24
middle of the	24
to support the	24
to take the	24
quantity of gas	24
be necessary to	24
in the house	24
not more than	24
the stress in	24
how to build	24
the door and	24
one of these	24
as soon as	24
london fire brigade	24
to the ground	24
for this purpose	24
university of illinois	24
the head of	24
where it is	24
at an angle	24
on the floor	24
is not a	24
the outside of	24
the logs are	23
should be taken	23
each side of	23
on the inside	23
in the bottom	23
body of the	23
fire to the	23
have been made	23
should be of	23
a matter of	23
to be used	23
from the gas	23
of the wall	23
will not be	23
the other end	23
when it is	23
the men are	23
height of the	23
and at the	23
regard to the	23
the fire was	23
in the construction	23
doors and windows	23
the flame is	23
which can be	23
because of the	23
in the middle	23
thickness of the	23
the writer has	23
of the two	23
weight of the	22
stress in the	22
length of the	22
the temperature of	22
is not so	22
it does not	22
away from the	22
products of combustion	22
that they are	22
connected with the	22
whole of the	22
of the structure	22
to which the	22
of fresh air	22
be used to	22
to give the	22
made in the	22
in this case	22
would have been	22
temperature of the	22
added to the	21
from the fire	21
the great fire	21
of the work	21
can be used	21
on the spot	21
the appearance of	21
of the hose	21
any of the	21
should be provided	21
as to be	21
reinforced concrete beam	21
the water is	21
one or two	21
care should be	21
in the form	21
the method of	21
contact with the	21
at all times	21
of the whole	21
fact that the	21
character of the	21
be used in	21
in the first	21
at the ends	21
of which is	21
of which the	21
of the first	21
on the fire	21
the pressure at	21
the height of	21
and it was	21
pressure at which	21
space between the	20
be it further	20
go to the	20
in the morning	20
face of the	20
the thickness of	20
of this kind	20
a pair of	20
the top and	20
to the bottom	20
which they are	20
it further ordained	20
the upper part	20
of this act	20
action of the	20
the fire brigade	20
of the opening	20
the fire in	20
and when the	20
half of the	20
of the logs	20
the development of	20
the chimney is	20
of the steel	20
so far as	20
the fresh air	20
but it was	20
of a chimney	19
in this way	19
placed on the	19
the shape of	19
the engine is	19
the inside of	19
at the point	19
is not necessary	19
in the united	19
the edges of	19
in contact with	19
which should be	19
much of the	19
should have a	19
head of the	19
be able to	19
quantity of water	19
the walls of	19
with regard to	19
inside of the	19
more than one	19
produced by the	19
to be made	19
the fireplace opening	19
it is also	19
that it will	19
of the arch	19
on both sides	19
same manner as	19
the base of	19
as long as	19
of the throat	19
as they are	19
of a beam	19
placed in the	19
the space between	19
of the best	19
the face of	19
in the centre	18
which it was	18
you will see	18
manner in which	18
may be built	18
be covered with	18
supposed to be	18
in the manner	18
each of the	18
owing to the	18
is a very	18
made by the	18
the water to	18
have to be	18
a and b	18
of which are	18
is a good	18
in regard to	18
at each end	18
to each other	18
attention to the	18
part of a	18
in the air	18
be made to	18
may not be	18
from time to	18
equal to the	18
which have been	18
to be the	18
of the upper	18
large number of	18
to build the	18
on the outside	18
the lower part	18
of the saw	18
of the column	18
the one shown	18
close to the	18
should always be	18
of the new	18
the design of	18
the introduction of	18
may be necessary	18
be at least	18
out on the	18
should be at	18
if they are	18
at a fire	18
and all the	18
illuminating power of	18
by the use	17
the superintendent of	17
less than inches	17
found in the	17
in proportion to	17
when the fire	17
inches in diameter	17
held in place	17
be taken to	17
to fit the	17
per cubic foot	17
are to be	17
as much as	17
up and down	17
and that the	17
stresses in the	17
the angle of	17
the result of	17
be found in	17
the efficiency of	17
hundred and sixty	17
back of the	17
will be the	17
the level of	17
and a half	17
inches above the	17
a fire in	17
and how to	17
the direction of	17
in the upper	17
the air in	17
likely to be	17
proportion to the	17
the side walls	17
two or more	17
the intensity of	17
time to time	17
edges of the	17
on to the	17
in the metropolis	17
the burner is	16
of the said	16
it will not	16
take care of	16
of the rod	16
be kept in	16
the london brigade	16
well as the	16
in the world	16
caused by the	16
of the district	16
seem to have	16
the danger of	16
reinforced concrete beams	16
of the great	16
the gas consumed	16
not be used	16
at the time	16
will be seen	16
the length of	16
of the top	16
level of the	16
it is to	16
to the roof	16
but in the	16
has not been	16
that in the	16
of such a	16
to the other	16
the metropolitan board	16
should be placed	16
if you have	16
the point where	16
is the most	16
the opposite side	16
all parts of	16
to do with	16
or any other	16
and with the	16
of a house	16
shown by the	16
of an arch	16
of the floor	16
the back of	16
found to be	16
air from the	16
angles to the	16
the floor and	16
as may be	16
nailed to the	16
it was a	16
than that of	16
used as a	16
from the ground	16
appears to be	16
end of a	16
of the committee	16
it is only	16
of the span	16
water on the	16
is due to	16
distance from the	16
of the wood	16
knowledge of the	16
in new york	16
lower part of	15
that they will	15
and with a	15
be done by	15
a jet of	15
form of a	15
of one of	15
it shall be	15
on one side	15
not to be	15
the house is	15
the purposes of	15
to the engine	15
at the other	15
three or four	15
the products of	15
shown in figs	15
it in the	15
the scene of	15
is made by	15
addition to the	15
the roof of	15
they are not	15
it might be	15
the body of	15
the front of	15
in the roof	15
it is in	15
and may be	15
more or less	15
at least feet	15
shand and mason	15
in a beam	15
to form a	15
of new york	15
of rat proofing	15
in spite of	15
the theory of	15
of the slab	15
at one end	15
they can be	15
and for the	15
walls of the	15
and you will	15
power of the	15
member of the	15
is one of	15
to the floor	15
to the spot	15
two of the	15
if the fire	15
an open fire	15
it is very	15
point of the	15
construction of the	15
the new york	15
above the ground	15
to which it	15
is used for	15
can only be	15
on the opposite	15
from the outside	15
the heat of	15
on the concrete	15
is advisable to	14
between the two	14
department of agriculture	14
and on the	14
it appears to	14
of any kind	14
of a circle	14
should be laid	14
or it may	14
a hundred and	14
top and bottom	14
a part of	14
a large number	14
the cause of	14
the details of	14
reinforced concrete design	14
provided with a	14
a portion of	14
some of them	14
consists of a	14
should be carefully	14
the manner in	14
of the country	14
to the board	14
the upper end	14
in some cases	14
shape of the	14
water from the	14
land steam fire	14
there is nothing	14
the air is	14
for use in	14
one shown in	14
and the whole	14
in the country	14
it is advisable	14
the course of	14
section of the	14
to that of	14
means of a	14
place in the	14
the manner of	14
at the university	14
there was no	14
the line of	14
by the concrete	14
this may be	14
the rest of	14
of the latter	14
at the base	14
up in the	14
and in a	14
house on fire	14
and the water	14
report of the	14
number of fires	14
the character of	14
the gas issues	14
case of fire	14
of the premises	14
in the diagram	14
the application of	14
the necessity of	14
a few minutes	14
seem to be	14
that when the	14
in the ordinary	14
the kind of	14
inches from the	14
be made by	14
the protection of	14
in the year	14
of the pipe	14
gallons per minute	14
the concrete and	14
how to do	14
third of the	14
when they are	14
but if you	14
means of the	14
of the beams	14
opening in the	14
on the roof	14
like the one	14
that has been	14
with which the	13
the gas to	13
which has been	13
you will find	13
should be built	13
it is of	13
by the writer	13
given to the	13
those of the	13
to be found	13
the under side	13
thirds of the	13
and of the	13
all of the	13
of the united	13
the part of	13
the aid of	13
heat of the	13
holes in the	13
the roof is	13
the house on	13
it seems to	13
the history of	13
in accordance with	13
should be a	13
because it is	13
there is not	13
you will have	13
to which they	13
the chief officer	13
in the following	13
in the brigade	13
appears to have	13
the difference between	13
dimensions of the	13
be rat proofed	13
one or more	13
that may be	13
the gas supply	13
men of the	13
in the room	13
be placed in	13
the means of	13
in which case	13
in the flame	13
for the protection	13
is the best	13
the metropolitan fire	13
put out the	13
a few inches	13
is likely to	13
both sides of	13
just the same	13
supply of air	13
see that the	13
is also a	13
the foul air	13
upper part of	13
over the support	13
could not be	13
of the branch	13
the air of	13
the interior of	13
in the center	13
current of air	13
the diameter of	13
a hole in	13
by the board	13
in the direction	13
which is a	13
but there is	13
is shown by	13
to the burner	13
length of hose	13
diameter of the	13
may be of	13
in the beam	13
has been made	13
one side of	13
eight hundred and	13
there may be	13
that the men	13
be considered as	13
the principles of	13
at the center	13
when there is	13
to give a	13
should be set	13
thousand eight hundred	13
pressure of gas	13
on the side	13
so that when	13
is supposed to	13
to see that	13
base of the	13
in the street	13
gas and air	13
to some extent	13
in a very	13
is designed to	13
position of the	13
door and window	13
the air supply	13
will have a	13
is used in	13
case of the	13
the smoke pipe	13
by the fire	13
tension in the	12
in one of	12
is capable of	12
to use the	12
may be said	12
are used in	12
interior of the	12
the water in	12
out of doors	12
rest of the	12
that it may	12
the fireplace and	12
in that case	12
where there is	12
the concrete has	12
to produce a	12
one thousand eight	12
one end of	12
it is well	12
the doors and	12
of this ordinance	12
is that the	12
the most difficult	12
at the fire	12
is intended to	12
and covered with	12
the insurance companies	12
this is done	12
the concrete will	12
of the firemen	12
from the center	12
back to the	12
a source of	12
of the body	12
be said to	12
that the concrete	12
a concrete column	12
cut in the	12
of the side	12
to put out	12
is on fire	12
is liable to	12
in a few	12
members of the	12
to go to	12
are made of	12
of the other	12
the modern fire	12
up the chimney	12
them in place	12
to the strength	12
the production of	12
fastened to the	12
would be a	12
can be obtained	12
at the back	12
such as the	12
should be considered	12
the work is	12
to the right	12
of the large	12
that of a	12
should be the	12
to the door	12
efficiency of the	12
in the lower	12
logs should be	12
the act of	12
made of the	12
that can be	12
the principle of	12
for the reason	12
a supply of	12
for the purposes	12
quantity of air	12
effect of the	12
cubic yards of	12
cubic foot of	12
at the present	12
a log house	12
the reason that	12
in all the	12
value of the	12
for some time	12
he does not	12
the author has	12
to the writer	12
it is made	12
they do not	12
the work of	12
to keep out	12
on the hearth	12
of the metropolis	12
to say that	12
in a reinforced	12
with the same	12
there are many	12
of the frame	12
of the engines	12
the water from	12
the dimensions of	12
a great deal	12
used by the	11
would not be	11
which will be	11
development of the	11
depending upon the	11
a concrete beam	11
when the gas	11
out into the	11
to the proper	11
in the end	11
shut off the	11
formed by the	11
reference to the	11
a pressure of	11
the flue is	11
each end of	11
as to make	11
to show that	11
there are no	11
amount of light	11
be placed on	11
strength of a	11
a little more	11
over the top	11
metropolitan fire brigade	11
they must be	11
there is an	11
in the design	11
happens to be	11
of the load	11
figure shows a	11
in the paper	11
of the tool	11
of the tree	11
it is evident	11
of the cabin	11
the lack of	11
on the same	11
a height of	11
the wall logs	11
through the streets	11
which the writer	11
to obtain the	11
a reinforcing rod	11
for which it	11
the opening in	11
superintendent of the	11
to be of	11
be not less	11
can be easily	11
an angle of	11
at this point	11
less than the	11
the duty of	11
the absence of	11
be less than	11
than inches thick	11
when you are	11
the square inch	11
it is true	11
the author is	11
the sand and	11
as indicated in	11
by which the	11
connection with the	11
over the opening	11
of the way	11
if you are	11
is called the	11
the state of	11
to be placed	11
is covered with	11
and from the	11
in other words	11
great fire of	11
in the day	11
concrete and the	11
the location of	11
a state of	11
the operation of	11
through the roof	11
most of the	11
to make them	11
as a rule	11
open the door	11
a howe truss	11
a few years	11
found that the	11
the hose is	11
heat from the	11
analysis of the	11
and by the	11
the rays of	11
to the superintendent	11
of the material	11
may be done	11
the board may	11
of the shear	11
in the door	11
the flame to	11
for the fire	11
there should be	11
the concrete to	11
state of the	11
that part of	11
of the window	11
like those shown	11
of the superintendent	11
in the woods	11
in the summer	11
the burning building	11
window and door	11
the difference in	11
the arch ring	11
seems to have	11
as we have	11
and the engine	11
feet above the	11
father and mother	11
water in the	11
the men of	11
to the left	11
the current of	11
shows how to	11
across the top	11
as to prevent	11
to allow the	11
the most important	11
to the same	11
candles per cubic	11
off the water	11
in order that	11
inches wide and	11
which is the	11
an inch thick	11
of the boys	11
is a fire	11
the loss of	11
the time of	11
for the roof	11
is in the	11
of a log	11
it is impossible	11
a couple of	11
at the upper	11
the possibility of	11
when this is	11
from the same	11
that all the	11
parish or place	11
is the only	11
that there are	11
it cannot be	11
of a reinforced	11
i have seen	11
that have been	11
to show the	11
metropolitan board of	11
the horizontal shear	11
not necessary to	10
is less than	10
the safety of	10
many of them	10
and that is	10
in cases of	10
but this is	10
together with the	10
we have seen	10
the house and	10
you want to	10
by this means	10
know how to	10
in the ground	10
whether or not	10
a layer of	10
concrete should be	10
the outer surface	10
the place where	10
quantities of water	10
the majority of	10
board of works	10
at a time	10
sand and gravel	10
in which they	10
to reduce the	10
what to do	10
on the lower	10
fireplaces and chimneys	10
of extinguishing fires	10
made up of	10
each of which	10
when it was	10
of the various	10
with all the	10
to extinguish the	10
of the ladder	10
before it is	10
the lower end	10
the volume of	10
the corner of	10
and when they	10
to find the	10
with reference to	10
the upper floors	10
may also be	10
of a large	10
order to prevent	10
this method of	10
alarm of fire	10
to fill the	10
when a fire	10
contained in the	10
in a concrete	10
should be done	10
exposed to the	10
which the fire	10
of their own	10
to place the	10
in making the	10
thing to do	10
particles of carbon	10
of the elastic	10
no matter how	10
to suit the	10
to which he	10
of a structure	10
must have been	10
on which the	10
from the flame	10
movement of the	10
accordance with the	10
purposes of this	10
are in the	10
the spacing of	10
and does not	10
of water to	10
to be carried	10
to replace the	10
that i have	10
to the fact	10
to be in	10
in the top	10
from the floor	10
illustrated by the	10
that the air	10
why is it	10
the points of	10
is difficult to	10
in this country	10
are likely to	10
there will be	10
is not always	10
to have the	10
that it would	10
be allowed to	10
that they may	10
and the concrete	10
the throat is	10
other end of	10
as a matter	10
at which it	10
the board in	10
to see the	10
on the under	10
the board of	10
lies in the	10
of the jet	10
of the principles	10
and to the	10
soon as the	10
the water back	10
government printing office	10
for a long	10
the fireplace is	10
out the fire	10
would not have	10
in the latter	10
fourth of july	10
the men and	10
it is much	10
in respect of	10
in the gas	10
serve as a	10
the requirements of	10
of the metropolitan	10
side of a	10
to allow for	10
the fire and	10
left in the	10
greater than the	10
you wish to	10
to cause the	10
after you have	10
illuminating power developed	10
margin of the	10
which i have	10
from each other	10
concrete is to	10
the cap nut	10
had to be	10
when the engine	10
than in the	10
known as the	10
one hundred and	10
to open the	10
as high as	10
of this sort	10
the concrete in	10
charge of the	10
of this class	10
at least one	10
that it was	10
be made in	10
necessary for the	10
the door is	10
a form of	10
on the water	10
some years ago	10
of elasticity of	10
to receive the	10
of this type	10
officer of the	10
it should not	10
they have been	10
no doubt that	10
air in the	10
i do not	10
made at the	10
use of a	10
view of the	10
it is just	10
do with the	10
is impossible to	10
tongue and groove	10
add to the	10
in the kitchen	10
as it was	10
in place and	10
in all cases	10
the stem of	10
the first of	9
to the end	9
the door to	9
the combustion of	9
a pole house	9
you see the	9
and if the	9
of a room	9
the importance of	9
the gas was	9
eighth of an	9
care and attention	9
direction of the	9
more than feet	9
out to the	9
the provisions of	9
be protected by	9
and the door	9
compared with the	9
of gas consumed	9
placed in a	9
long as the	9
if the logs	9
of the corps	9
for this reason	9
the force of	9
have a good	9
they were all	9
not long before	9
york book company	9
the kitchen fire	9
was in the	9
and the two	9
what is the	9
be the same	9
from the bottom	9
be used with	9
the firemen were	9
next to the	9
how to use	9
some of these	9
design of reinforced	9
is much more	9
on the upper	9
as is the	9
the fourth of	9
and can be	9
of the end	9
of your house	9
roof of the	9
the results of	9
long before the	9
the very best	9
illustrated in figure	9
on the first	9
is of the	9
made of a	9
the left hand	9
down into the	9
the steel in	9
run into the	9
them in the	9
been made in	9
is no doubt	9
for it is	9
the ground and	9
across the floor	9
to the subject	9
back and sides	9
of a column	9
a very simple	9
shall be deemed	9
flush with the	9
the command of	9
higher than the	9
but if the	9
nature of the	9
all of which	9
should be as	9
it from the	9
large enough to	9
stream of gas	9
flue should be	9
modulus of elasticity	9
in the other	9
the glass chimney	9
in the evening	9
a type of	9
the tests made	9
the practice of	9
and the fire	9
is attached to	9
within the metropolis	9
it is used	9
order to make	9
in any of	9
the extent of	9
in some of	9
a mixture of	9
the men who	9
a short time	9
of cold air	9
of the day	9
of air to	9
a chimney is	9
under side of	9
of the university	9
is to make	9
should be spaced	9
the saw is	9
of foul air	9
from coal gas	9
of the compass	9
to the point	9
and the men	9
the first place	9
be of the	9
the formation of	9
may have to	9
in the wall	9
new york book	9
of the batswing	9
there are two	9
the men from	9
feet of hose	9
jet of water	9
to be done	9
the seat of	9
for the firemen	9
the full length	9
of the poor	9
in the course	9
the plain concrete	9
number of men	9
in the history	9
as the first	9
it is possible	9
is used to	9
care must be	9
to the first	9
the progress of	9
the position of	9
logs of the	9
to the square	9
be filled with	9
it to be	9
of the different	9
in the chimney	9
farthest from the	9
to the window	9
the first point	9
the removal of	9
the fire to	9
mortises and tenons	9
as that of	9
fireplace and chimney	9
be in the	9
should be from	9
in the right	9
windows and doors	9
of the high	9
as a result	9
to remove the	9
at one time	9
and below the	9
every one of	9
the door with	9
the beam is	9
much as possible	9
is not an	9
and the top	9
angle of the	9
rays of heat	9
the open fire	9
such a manner	9
as if it	9
them to the	9
of the instrument	9
you have a	9
line of the	9
down on the	9
until you have	9
the opening is	9
should be protected	9
which are not	9
of water is	9
is not the	9
of carbonic acid	9
in consequence of	9
years of age	9
shown by figs	9
the air was	9
a temperature of	9
note that the	9
the floor is	9
to a fire	9
said that the	9
to work the	9
by one of	9
will be necessary	9
the upper side	9
with which to	9
of civil engineers	9
committee of the	9
on the bottom	9
a section of	9
in all directions	9
not in use	9
and the bottom	9
in many of	9
into the fire	9
only a few	9
point where the	9
operation of the	9
other side of	9
the condition of	9
it is quite	9
the salvage corps	9
least inches thick	9
may be a	9
in a great	9
with each other	9
be regarded as	9
that the firemen	9
of the tests	9
if this is	9
a foot or	9
issues from the	9
is the case	9
when the water	9
the roof and	9
it is difficult	9
than any other	9
the pipe is	9
intensity of the	9
to this end	9
after the fire	9
of the ground	9
it ought to	9
be provided with	9
the beginning of	9
a plain concrete	9
this type of	9
the surprise den	9
into the atmosphere	9
feet in height	9
full length of	9
will make the	9
the wall of	9
to keep them	9
of the wind	9
it is more	9
indicated by the	9
must be taken	9
laid in cement	9
to reinforced concrete	9
scene of action	9
for the time	9
of the stress	9
the jack plane	9
that if the	9
be made for	9
let us see	9
of the chief	9
and they were	9
at the corners	9
in any other	9
directly to the	9
of the royal	9
not seem to	9
in charge of	9
more than half	9
the steel reinforcement	9
plain concrete column	9
a few of	9
chief of the	8
are apt to	8
and there are	8
it was the	8
such as a	8
may be obtained	8
corner of a	8
the type of	8
the head enginemen	8
in this book	8
pursuance of this	8
it to the	8
to resist the	8
all that is	8
the nature of	8
rat proofed in	8
influence of the	8
if it were	8
as at a	8
the passage of	8
hundred and twenty	8
to do the	8
carried by the	8
water can be	8
of a concrete	8
a long time	8
a quantity of	8
near the top	8
to secure the	8
appearance of the	8
piece of work	8
of the plane	8
described in the	8
of this is	8
out of a	8
the man who	8
these are the	8
to hold it	8
to play with	8
of concrete is	8
modification of the	8
where the fire	8
the water may	8
a knowledge of	8
the writer will	8
you do not	8
be used as	8
it in a	8
responsible for the	8
a straight line	8
been able to	8
appear to have	8
be well to	8
into the wood	8
is true that	8
be obtained from	8
that the water	8
of the bottom	8
to meet the	8
one of them	8
all kinds of	8
the upper edge	8
on reinforced concrete	8
in the rod	8
way in which	8
from this cause	8
it could be	8
of the smoke	8
of the public	8
chief officer of	8
pass through the	8
from the first	8
can be done	8
writer does not	8
into the flue	8
or in the	8
be built with	8
to take care	8
the most efficient	8
the tendency of	8
they were not	8
hurried to the	8
thrown on the	8
manner as the	8
has been said	8
example of the	8
the flames were	8
to increase the	8
that they could	8
is on the	8
the entrance to	8
this part of	8
and the roof	8
an area of	8
it with a	8
out at the	8
be done with	8
of different temperatures	8
the horses are	8
the building of	8
of the main	8
to the extent	8
the interest of	8
the chief magistrate	8
the other half	8
roof may be	8
and a little	8
run through the	8
board of health	8
to provide a	8
foot of gas	8
the red jacket	8
work should be	8
where they are	8
to protect the	8
city of london	8
location of the	8
the neutral surface	8
which is made	8
difference between the	8
will be a	8
even in the	8
of the establishment	8
the whole force	8
is produced by	8
the writer is	8
in the fireplace	8
to the action	8
of a building	8
it is better	8
all over the	8
this form of	8
can not be	8
indicated in fig	8
is apt to	8
tendency of the	8
the ridge of	8
the external atmosphere	8
of a few	8
jet of feet	8
with the least	8
to carry the	8
to a place	8
we will now	8
a gas flame	8
feet nating nating	8
on the st	8
be seen that	8
the first and	8
cause it to	8
the name of	8
you may use	8
up through the	8
of inches diameter	8
must have a	8
but they are	8
of the forms	8
do not know	8
be said that	8
the most common	8
with respect to	8
should be so	8
from which the	8
parts of a	8
you will be	8
of heat from	8
this can be	8
piece of wood	8
in a little	8
principle of the	8
to the firemen	8
a variety of	8
is possible to	8
ready for the	8
the top chord	8
borne in mind	8
to the surface	8
that they were	8
connected with a	8
in a large	8
opinion of the	8
and shall be	8
work at the	8
and it will	8
of an engine	8
a great measure	8
water to the	8
and if you	8
hundred and fifty	8
to the upper	8
must be made	8
form of the	8
to make it	8
just below the	8
in the service	8
and illustrated by	8
to the support	8
the thrust of	8
below the surface	8
the greater the	8
streams of gas	8
difference in the	8
the steam fire	8
of the rods	8
spite of all	8
until the concrete	8
force of the	8
of the member	8
inch in diameter	8
to a very	8
great deal of	8
the rate of	8
corner of the	8
also to the	8
the establishment of	8
there is also	8
out from the	8
of the horizontal	8
in the neighbourhood	8
in pursuance of	8
of the faucet	8
of the slit	8
journal of gas	8
and the firemen	8
the writer does	8
some sort of	8
at the head	8
posts for the	8
to use in	8
the hands of	8
to reach the	8
and down the	8
by way of	8
when the concrete	8
back and forth	8
and when it	8
have not been	8
shed the rain	8
instead of being	8
would be to	8
to do this	8
fires in the	8
may be seen	8
what is called	8
the intense heat	8
resting on the	8
the same way	8
of the earth	8
up on the	8
the difficulty of	8
used for the	8
you may see	8
on the end	8
it did not	8
at that point	8
said to be	8
the advantages of	8
as they were	8
the upper log	8
criticism of the	8
shear in the	8
as already described	8
in cold weather	8
not only to	8
dependent on the	8
of heat and	8
life and property	8
the air to	8
of the foul	8
it is now	8
it has a	8
is not to	8
for a little	8
not have been	8
of his own	8
but when the	8
on the top	8
in which it	8
in the old	8
was not long	8
refer to the	8
in the building	8
enable you to	8
i have no	8
at the lower	8
of the block	8
part of it	8
to carry out	8
the boys were	8
and the same	8
it would seem	8
by the elastic	8
rod in a	8
cracks in the	8
amount of water	8
to the best	8
it would not	8
bureau of public	8
with a few	8
well as to	8
intensity of stress	8
of the mortise	8
of public roads	8
to show how	8
this sort of	8
large amount of	8
up with the	8
acquainted with the	8
the presence of	8
be equal to	8
an example of	8
full of water	8
if you will	8
or other material	8
and as the	8
may be laid	8
a log cabin	8
protected by a	8
logs may be	8
stem of the	8
should be observed	8
appear to be	8
a new one	8
similar to the	8
which they have	8
the present time	8
may be removed	8
the firemen are	8
a steam fire	8
way through the	8
on the part	8
the st of	8
of the apparatus	8
the logs of	8
the object of	8
should also be	8
to throw the	8
all the other	8
less than that	8
necessary to use	8
the walls are	8
the report of	8
the expense of	8
the flame of	8
may be in	8
filled in with	8
the second story	8
with the water	8
are made in	8
a short distance	8
can be had	8
the burning materials	8
cases of fire	8
based on the	8
to those who	8
of the ordinary	8
in the space	8
in some instances	8
above the floor	8
in the tests	8
the way of	8
feet long and	8
of the old	8
of concrete in	8
gave a jet	7
to the men	7
the place of	7
by reason of	7
and some of	7
the corners of	7
of gas to	7
in a similar	7
should then be	7
it was made	7
one of which	7
and the method	7
proofed in the	7
in cement mortar	7
fire from the	7
effect of this	7
the working of	7
progress of the	7
built in the	7
chimney may be	7
the wood is	7
introduction of the	7
of the stem	7
be closed with	7
the basis of	7
book company fourth	7
was made of	7
commence at the	7
lectures on ventilation	7
the fire happens	7
outer surface of	7
the training of	7
what was the	7
foundation should be	7
long enough to	7
is evident that	7
after the first	7
at least two	7
in the second	7
is well to	7
on the back	7
in the fact	7
there is always	7
which does not	7
should be in	7
work of the	7
the chimney and	7
may be covered	7
not to have	7
and the children	7
may be found	7
of the buildings	7
by direct radiation	7
it is sometimes	7
to be well	7
as it will	7
unless it is	7
covered with a	7
after the manner	7
if the chimney	7
used for a	7
of this book	7
of the edinburgh	7
before the fire	7
the rod is	7
the board z	7
the gas and	7
invention of the	7
cause of the	7
it is this	7
fresh air to	7
the event of	7
in such cases	7
be made from	7
i have been	7
referring to the	7
the room at	7
the batswing burner	7
if there are	7
the tension side	7
the effective depth	7
put in place	7
was a very	7
the fire with	7
is better to	7
run to the	7
flat on the	7
from the upper	7
jaws of the	7
required for the	7
is not available	7
in most cases	7
said to have	7
application of the	7
provisions of this	7
course of the	7
the tests of	7
in the stem	7
says that the	7
are designed to	7
passes through the	7
not be so	7
heating of the	7
the building is	7
the edinburgh fire	7
steel in the	7
tooley street fire	7
of the simple	7
is at the	7
nothing but a	7
or may be	7
there can be	7
be a very	7
the writer believes	7
this has been	7
settlement of the	7
of the subject	7
of the walls	7
to point out	7
above and below	7
of water in	7
derived from the	7
use in the	7
would seem that	7
you can make	7
according to a	7
as shown at	7
the framework of	7
is more than	7
is the same	7
four or five	7
danger of the	7
one in the	7
may be the	7
longer than the	7
allow for the	7
is desired to	7
there were no	7
the wire netting	7
a lighted lamp	7
that it has	7
anchored over the	7
notch in the	7
and reinforced concrete	7
on a line	7
to do so	7
a line of	7
the busy bees	7
upon the flame	7
they will be	7
they should not	7
the latter is	7
the steel and	7
the institution of	7
as to whether	7
was not until	7
but there are	7
of gas which	7
in the event	7
had not been	7
in place with	7
of the rafter	7
to the concrete	7
to the nearest	7
those shown in	7
immediate contact with	7
at a low	7
line with the	7
and the flames	7
filled with water	7
face of a	7
has been used	7
with the floor	7
grain of the	7
of the fact	7
in the way	7
a reduction of	7
the vertical and	7
through a hole	7
the arrival of	7
a great many	7
used where the	7
to the air	7
condition of the	7
from a fire	7
or more of	7
protection of life	7
cubic feet of	7
whole length of	7
of the machine	7
to determine the	7
pressure of water	7
in the shape	7
that the writer	7
the opening of	7
wonder island boys	7
a place of	7
of pure air	7
with the exception	7
they are used	7
the fire at	7
to the main	7
to the side	7
you will note	7
of the amount	7
be deemed to	7
at last the	7
will make a	7
in the fire	7
of the neutral	7
inch carriage bolts	7
it is desired	7
of the following	7
is provided with	7
directly upon the	7
is done by	7
rat proofing the	7
to get the	7
he was a	7
which there is	7
as a guide	7
of the line	7
and he was	7
half inch thick	7
for the top	7
the house may	7
pressure in the	7
it is obvious	7
we do not	7
all sorts of	7
the dotted line	7
by a number	7
as to keep	7
any part of	7
extinguish the fire	7
the same year	7
may be placed	7
a distance of	7
of the boards	7
there would be	7
he did not	7
the vertical shear	7
the latter burner	7
be carried by	7
within the burner	7
would be more	7
be paid to	7
the best means	7
way to the	7
paid to the	7
the committee of	7
the burner was	7
to one side	7
the end plate	7
the reinforcing rods	7
that he has	7
of plain concrete	7
even if it	7
which is not	7
and feet long	7
of an ordinary	7
wall should be	7
which the burner	7
varies with the	7
feet or more	7
the extent to	7
if you want	7
is made to	7
reinforced concrete columns	7
the cost of	7
necessary to make	7
more than a	7
there is any	7
the roofs of	7
is bent up	7
to the use	7
at the supports	7
in the early	7
depend on the	7
will prevent the	7
to be paid	7
each other in	7
if you do	7
never be used	7
feet in length	7
and also to	7
for the use	7
the superintendent shall	7
with tar paper	7
the men in	7
with a wooden	7
in rat proofing	7
extent to which	7
be constructed of	7
plan for making	7
of the greatest	7
the dotted lines	7
hold them in	7
but as the	7
they could not	7
to cut the	7
to keep it	7
the wonder island	7
company fourth avenue	7
would seem to	7
plan for a	7
of the present	7
upper end of	7
it should never	7
is applied to	7
must not be	7
but there was	7
the engines and	7
reinforcing rod in	7
of this burner	7
to the pressure	7
i am glad	7
will have to	7
the sum of	7
in line with	7
shearing strength of	7
in the large	7
for the first	7
the same material	7
the arrangement of	7
of the lower	7
serves as a	7
the grip of	7
the risk of	7
of radiant heat	7
the art of	7
here we have	7
so arranged that	7
as it would	7
in place until	7
each other and	7
duty of the	7
of the highest	7
and make a	7
inches inches inches	7
in view of	7
while it is	7
the men were	7
to the level	7
the conclusion that	7
in excess of	7
in the most	7
features of the	7
of the inner	7
the increase of	7
be borne in	7
the degree of	7
about feet long	7
about the same	7
had been made	7
it is said	7
with a sharp	7
to a height	7
raised to a	7
to fit in	7
matter of fact	7
great cripplegate fire	7
or on the	7
described and illustrated	7
in the afternoon	7
premises on fire	7
an engine is	7
a very small	7
the common method	7
training of firemen	7
safety of the	7
to the ordinary	7
arrived at the	7
than at the	7
none of the	7
as not to	7
the exception of	7
the influence of	7
into the house	7
hose to the	7
of a tree	7
and so on	7
may be considered	7
a large amount	7
to get a	7
can make a	7
the compressive resistance	7
house in the	7
the premises on	7
if they were	7
liable to be	7
of the sun	7
place where it	7
upon the subject	7
rods in a	7
laid on the	7
of the posts	7
is not only	7
in conjunction with	7
in a hurry	7
a manner that	7
of vertical steel	7
the master of	7
attention to this	7
interest of the	7
the chimney with	7
that the steel	7
and in some	7
over and over	7
well as by	7
be added to	7
and the air	7
covered with sod	7
of a piece	7
applied to the	7
has been the	7
the addition of	7
the water at	7
the smoke shelf	7
to be taken	7
combustion of the	7
supply of fresh	7
at the right	7
to force the	7
years of the	7
is allowed to	7
there seems to	7
if the concrete	7
point of ignition	7
when not in	7
the stream of	7
merryweather and son	7
of the handle	7
during the winter	7
the lower log	7
intensity of combustion	7
the literature on	7
have been the	7
parallel with the	7
pressure on the	7
and the chimney	7
the concrete at	7
a very large	7
as one of	7
may be called	7
the simplest form	7
if the water	7
the adoption of	7
it is almost	7
the said fire	7
as at b	7
the fire had	7
in the accompanying	7
sort of a	7
by having the	7
it would have	7
that the fire	7
may be drawn	7
put it out	7
stop and waste	7
fitted with a	7
in its place	7
in figures and	7
and there is	7
and into the	7
how to hold	7
made for the	7
the beams were	7
and one half	7
the brigade in	7
the circulation of	7
the structure is	7
were in the	7
by the heat	7
that will not	7
is not true	7
the nozzle of	7
with a piece	7
in mind that	7
to work out	7
through which the	7
four bolt holes	7
of water on	7
five or six	7
went to the	7
this should be	7
that is not	7
of a hundred	7
made rat proof	7
few of the	7
light from coal	6
act of parliament	6
the methods of	6
before it was	6
the plane of	6
to the ceiling	6
cause of fire	6
in the mains	6
in the spring	6
something of the	6
in the preceding	6
b m figure	6
for the other	6
the american log	6
not be considered	6
enough to make	6
stand the test	6
joints should be	6
introduced into the	6
it must have	6
that this is	6
the members of	6
as to give	6
and provided with	6
near the floor	6
nearly the same	6
the necessity for	6
of sure feet	6
it had been	6
is it dangerous	6
the rain and	6
fire lighted at	6
is a common	6
sizes of the	6
is nothing but	6
is feet long	6
it is essential	6
keep out the	6
by the steel	6
half an hour	6
especially in the	6
the escape of	6
a strip of	6
lighted at h	6
results yielded by	6
when the men	6
into the side	6
the same thing	6
on the table	6
but the fire	6
the tie beam	6
inch thick and	6
to support a	6
on a fire	6
a sort of	6
and the upper	6
failure of the	6
with a lighted	6
to go into	6
it is often	6
this end the	6
the high constables	6
is placed on	6
supplied to the	6
on which it	6
a current of	6
the most satisfactory	6
in every direction	6
they are usually	6
should be raised	6
support for the	6
as indicated by	6
an illuminating power	6
in the face	6
be liable to	6
air to the	6
removed from the	6
and then the	6
inches thick and	6
see how the	6
to the scene	6
simple form of	6
and set the	6
was to be	6
of the rope	6
interfere with the	6
of the flames	6
carry all the	6
is placed in	6
in the stove	6
of coal gas	6
and it may	6
passed through the	6
have no doubt	6
a depth of	6
to the development	6
of the one	6
use of concrete	6
this was the	6
the next morning	6
with a view	6
by the superintendent	6
construction of fire	6
to do a	6
the time the	6
to do it	6
construction of buildings	6