US10692386B2  Holding pattern determination  Google Patents
Holding pattern determination Download PDFInfo
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 US10692386B2 US10692386B2 US16/585,853 US201916585853A US10692386B2 US 10692386 B2 US10692386 B2 US 10692386B2 US 201916585853 A US201916585853 A US 201916585853A US 10692386 B2 US10692386 B2 US 10692386B2
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 holding pattern
 inbound
 outbound
 wind
 holding
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 238000000034 method Methods 0.000 claims description 64
 YDFHVOKEEMMIBERDJQXTLESAN methyl (2R)2[[(2S)2[[(2S)2[[(2S)1[(2S)2[[(2S)6amino2[[(2S)1[(2S,3R)2[[(2S)2amino3(4hydroxyphenyl)propanoyl]amino]3hydroxybutanoyl]pyrrolidine2carbonyl]amino]hexanoyl]amino]3methylbutanoyl]pyrrolidine2carbonyl]amino]3(4hyd Chemical compound data:image/svg+xml;base64,<?xml version='1.0' encoding='iso-8859-1'?>
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Abstract
Description
since the xy coordinates of the holding pattern are proportional to this parameter.
and increases with α in a similar fashion as the oneminute inbound leg case. The Type2 holding pattern can be extremely difficult to converge to the correct inbound time due to the required outbound turn being less than 90 degrees to the inbound course. In fact, when the outbound turn is between 45 and 90 degrees from the inbound course, the inbound the time is controlled by the outbound heading, whereas, the overshoot/undershoot of the inbound course is controlled by the outbound time. This phenomenom is exactly opposite to the bracketing method used for Type1 holding patterns. Thus, by flying the holding pattern with a windspeed ratio less than ⅓, the IFR pilot can always avoid having to hold with a Type2 holding pattern. In fact, it is recommended to fly the holding pattern with a value of
which counters conventional knowledge, which claims that the MFactor is between 2 and 3.

 (1) Inbound wind correction angle (IWCA)
 (2) Outbound heading and outbound wind correction angle (OWCA)
 (3) Outbound time measured from the point at which the aircraft has completed its turn to the outbound heading
and (b) The angle α, which is the relative angle between the wind direction and the inbound course to the holding fix. The solution of the “Wind Triangle” problem provides both the groundspeed and the wind correction angle (WCA) σ. The WCA while tracking a particular course is
Sin σ=
V _{G} _{ x } =V _{TAS }Cos θ−V _{W }Cos α
V _{G} _{ y } =V _{TAS }Sin θ−V _{W }Sin α (3)
), V_{TAS }the TAS in ft/sec, and ϕ is the aircraft bank angle in degrees. In order to convert the TAS in knots to ft/sec, the TAS is multiplied by 1.6875. In general, the aircraft will be turning at a standard rate of 3 degrees/sec, up to the point where the bank angle reaches 30 degrees (or 25 degrees while using a flight director). Using eq. (5), one can see this will occur at 210 knots for a 30degree bank, and 170 knots when using a flight director.
dθ=ωdt (6)
Eq. (4) can now be rewritten as
Where θ_{i }is the aircraft heading at the beginning of the turn, and θ_{f }is the aircraft heading at the completion of the turn. If Δx and Δy are normalized by
eq. (7) becomes
Where the normalized groundspeed is given by
and
is the radius of the turn under nowind conditions. Note that the shape of the holding pattern when expressed in normalized coordinates is a function of the windspeed ratio,
since every normalized value of
Δ
Δ
Equation (10) can be utilized for the turning segments, i.e., segments 01, and 23.
Δ
Δ
Where t represents either the unknown outbound time from point 1 to 2, or the known inbound time from point 3 to 0. In regard to the aircraft headings, θ=θ_{H }is the unknown outbound heading from point 1 to 2, and θ=2π+σ is the aircraft heading after completing a 360degree turn. Here, σ is the IWCA while tracking the segment from points 3 to 0.
Δ
Δ
Δ
Note that although the aircraft heading comes back to its original heading on the inbound leg, it has turned 360 degrees (i.e. 2π radians). In the presence of a wind, the aircraft total time is a key factor, and thus the 360 degrees must be taken into account.
where ω is the turn rate in radians/sec. Degrees/sec can be converted to radians/sec using the following formula
where k is the aircraft turn rate in degrees/sec. Substituting eq. (14) into eq. (13), gives the following equation for the outbound time in seconds between point 1 and 2, i.e.
Note that the outbound time is a function of the turn rate k, the outbound heading θ_{H}, and the IWCA σ. Since the turn rate and the IWCA are known, the only unknown is the outbound heading θ_{H}. In the case of an aircraft performing a standard rate turn, the outbound time will be given by
Δ
Δ
Δ
If the three values of Δx are added together, it will place the aircraft at point 3. The distance from point 3 to point 0 must be equal to
Δ
Thus, the equation that determines θ_{H }is given by
Δ
Note that Sin(2π+σ)=Sin σ, and Cos(2π+σ)=Cos σ. If eqs. (17) and eq. (18) are substituted into eq. (19) the following equation for θ_{H }is obtained
−2π
The required inbound time t_{in}, is given by
t _{in}=60β (21)
where β is 1 for a oneminute inbound leg, and 3/2 for a oneminute and 30 second inbound leg. If eq. (15) is now substituted for t_{out}, and eq. (21) for t_{in}, the following equation for θ_{H }is obtained
α_{1 }Sin θ_{H}+α_{2 }Cos θ_{H}+α_{3}=0 (22)
where
Note that although the equation for the outbound time t_{out }is exact and in analytic form, eq. (22) is a transcendental equation for θ_{H}, and thus must be solved by numerical rootfinding methods. However, it should be pointed out that eq. (22) is also an exact solution for θ_{H}.
(α_{1} ^{2}+α_{2} ^{2})Cos^{2 }θ_{H}+2α_{2}α_{3 }Cos θ_{H}+(α_{3} ^{2} −a _{1} ^{2})=0 (24)
Solving the above quadratic equation for Cos θ_{H}
Note that eq. (25) contains two possible solutions as can be seen with the ±sign. The negative sign is chosen in order that the relative outbound heading lies in the range θ≤θ_{H}≤180 degrees. Thus, the final equation for the outbound heading is given by
Taking the inverse Cosine of eq. (26), results in
Since the outbound time t_{out }requires Sin θ_{H}, the required expression for Sin θ_{H }is obtained in one of two ways, i.e.
or from the identity
where eq. (26) is utilized in eq. (29) to obtain Sin θ_{H}. Thus, the holding pattern solution for an arbitrary windspeed and direction is given by eqs. (1), (15), and (26)(29).
Where the first term is the time to perform a 360degree turn, the second term is the outbound time, and the third term is just the required inbound time.
In the case of the aircraft performing a standard rate turn (k=3), and a oneminute inbound leg (f=1), eq. (31) becomes
Thus, the total time in the holding pattern for a oneminute inbound time with a standard rate turn is a function of both the outbound heading θ_{H}, and the IWCA σ.
where L_{IC }is in nm, V_{TAS }is the true airspeed in nm/sec (i.e. divide the TAS in knots by 3600). Solving for the unknown value of β
The value of β determined by eq. (34) is substituted into the previous equations to determine the outbound heading and outbound time, which will allow the aircraft to reintercept the inbound course with the required IWCA at a distance L_{IC }from the holding fix.
Sin(−σ)=−Sin σ
Cos(−σ)=Cos α (35)
It can be seen that the solution for θ_{H }in the case α=−α is
θ_{H}=−θ_{H} (36)
since the ratio
It can be seen that the outbound time t_{out }is the same regardless of whether the wind is coming from the holding side or the nonholding side. Although the outbound time from point 1 to 2 is the same in both cases, the outbound time measured from the abeam point of the holding fix will not be the same. This can be seen in
Sin(90)=1
Cos(90)=0 (38)
eq. (22) becomes
a _{1} +a _{3}=0 (39)
Substituting eq. (23) into eq. (39) the following equation for
Cos θ_{H} −
Here, the left side of eq. (41) is the change in the distance covered in the xdirection on the outbound leg due to a change in Δt_{out}, whereas, the right hand side is the change in distance covered in the xdirection on the inbound leg due to a required change in Δt_{in}. The symbol ∥ represents the absolute value of the quantity inside the vertical bars. Note that Δt_{in }can take on positive or negative values. Thus, one can solve for the required change in the outbound time, necessary to produce the required changed in the inbound time, i.e.
As an example, consider the case where a pure headwind on the inbound leg to the holding fix exists. In this case,
α=0
σ=0
θ_{H}=180 (43)
Since Cos(0)=1, and Cos(180)=−1, the change in the outbound time is given by
In the case of a windspeed ratio of
and thus, in order to make the required inbound time, the aircraft must correct the outbound time by only ⅔ of the required change in the inbound time. Consequently, the use of the approximation Δt_{out }Δt_{in }would cause the pilot to fly additional circuits in order to obtain the required inbound time. Therefore, the ruleofthumb for correcting the outbound time being used in the IFR community is only valid for small windspeed ratios. However, eq. (42) provides the exact ratio of the required change in outbound time for a prescribed change in inbound time, when the outbound heading is held constant. The following section will analyze the two simplest cases, i.e., the direct headwind (α=0) and direct tailwind (α=180).
Holding Pattern Solution: Pure Headwind or Tailwind Case
and the value of the turn rate, k. In the pure headwind (α=0) or tailwind (α=180) cases, this ratio is indeterminate, i.e. 0/0. The solution for this ratio must be obtained using a limiting process known as L'Hopital's rule, wherein the numerator and denominator are obtained using series expansions around the points α=0 and α=180.
Equation (22) can be rewritten as
ā _{1 }Sin θ_{H} −ā _{2} +ā _{3}=0 (46)
since σ=0, the relative outbound heading θ_{H}=−180, and Cos(180)=−1. Dividing eq. (46) by Sin σ, the final equation for the ratio
is obtained, i.e.
Note that although both Sin σ=0 and Sin θ_{H}=0, the ratio of these quantities has a limit which is given by eq. (47). Substituting the above result into eq. (15) gives the final result for the outbound time t_{out}
For values of
is no longer obtained by solving eq. (46), but by solving
ā _{1 }Sin θ_{H} +ā _{2} +ā _{3}=0 (52)
Where Cos(180)=−1 has been replaced with Cos(0)=1. If solving for the ratio
in eq. (52), the following is obtained
Substituting eq. (53) into eq. (15), the following equation for the outbound time is obtained when
Summarizing the outbound times in the headwind case
Tailwind Case:
(V _{TAS} −V _{W})*1=2V _{W}+(V _{TAS} +V _{W})t _{out} (60)
Here t_{out }is in minutes. Solving eq. (60) for t_{out }the following equation is obtained
Multiplying eq. (61) by 60 gives the outbound time in seconds, i.e.
Note that eq. (57) and (62) are identical, verifying the limiting process gives the correct answer. Again, substituting −V_{W }for V_{W}, gives the correct answer for the tailwind case on the inbound leg as shown in eq. (59)
the outbound time is identically zero. In this scenario, the aircraft reaches the holding fix, performs a 360 degree turn reintercepting the inbound course, and then flies one minute to the holding fix. Under this wind condition, the time to fly the holding pattern is exactly three minutes. This particular pure headwind holding pattern 400 is shown in
If
it will be impossible to fly a oneminute inbound leg to the holding fix, unless the aircraft tracks outbound along the inbound course (i.e. along the positive xaxis) for a given amount of time before making a 360 turn to reintercept the inbound course. The outbound time in this case is given by eq. (58). One can also obtain this result using physical arguments. For example, if the aircraft is performing a standard rate turn (i.e. k=3) and starts a twominute turn when it reaches the holding fix, it will have been blown downwind a distance 2*V_{W}. After intercepting the inbound radial, it travels a distance of (V_{TAS}−V_{W})β toward the fix. The xlocation of the aircraft at this time is given by −(2+β)V_{W}+V_{TAS}β. If
−(2+β)V _{W} +V _{TAS}β+(V _{TAS} −V _{W})t _{out}=0 (63)
Solving for t_{out}
Note that eq. (64) is identical to eq. (56), which again, confirms the results of the limiting process.
the pilot can track the inbound course to the holding fix, perform a 360degree standardrate turn, reintercept the inbound course, and then time the inbound leg to the holding fix. The time to fly beyond the fix, t_{out}, is just the difference between the time for the inbound leg and the required inbound time of either oneminute or oneminute and 30 seconds.
Where δ=180−θ_{H }and corresponds to the OWCA. In the case of
it is easy to see that the MFactor is bounded by
Equation (66) shows that the maximum value of the MFactor corresponds to the direct headwind case, and the minimum value of the MFactor corresponds to the direct tailwind case. In the case of
Equation (66) debunks conventional wisdom, which states that the MFactor is always between 2 and 3. In the following section, the arbitrary wind case where the outbound turn is more than 90 degrees (i.e., the standard Type1 holding pattern) will be discussed.
Holding Pattern with an Arbitrary Wind (Type1)
δ=180−θ_{H} (68)
The holding pattern solution for the following range of wind conditions will now be calculated
0≤
0≤α≤180 (69)
For general aviation (GA) aircraft holding at speeds of 100110 KTAS, the maximum wind speed would correspond to 3033 knots. As was discussed earlier, the holding pattern solution for negative values of α are obtained from the solutions for the positive values of α as follows
σ(
θ_{H}(
t _{out}(
A maximum value of
where ω is given by eq. (14). In order to provide a database for typical GA aircraft flying a Type1 holding patterns, it is assumed that the value of k=3 degrees/sec and β=1 (oneminute inbound leg). However, another set of curves can be developed for
which corresponds to a holding pattern flown at or above 14000MSL.
σ=Sin^{−1}(
IWCA (Degrees)
Thus, when α→0, the MFactor reaches its maximum value given by
and as α→180, the MFactor reaches its minimum value given by
These gradients are a function of the windspeed ratio. Note, for V_{TAS}=100 knots, the outbound time gradient is given by
When
OWCA=MFactor*IWCA (75)
It should be understood that although the MFactor is a maximum at α=0, the IWCA is zero and thus, the OWCA is identically zero on the headwind. It can be seen that the OWCA reaches a maximum somewhere between 0≤α≤90 degrees. However, as the windspeed ratio increases, the peak shifts toward α=0. Consequently, the conventional recommendation of an MFactor of 3 completely misses the large OWCA at both the higher values of
Substituting eq. (76) into eq. (26) gives the following result θ_{H}
Using eq. (16), it can be seen that the outbound time in seconds is given by
The outbound time gradient for the crosswind case can be determined using eq. (78). The final result is given by the following equation
In the case
Using the IWCA given in eq. (1),
Note, for small values of both the IWCA and OWCA, eq. (81) can be written as
The above argument clarifies the origin of factor of 3 between the OWCA and the IWCA, and shows the factor of 3 only applies to the case of the weakwind limit.
If the TAS of the aircraft is 90 knots, the overshoot is only about 292 feet. Note that the segment from point 3 to 0 does not need to be completed, since the aircraft at this point in time, will fly parallel to the xaxis and provide an accurate inbound time to the holding fix. This time would be identical to the above inbound time, had the aircraft reintercepted the inbound course and flew directly to the fix. The pilot then has a choice of flying directly to the fix or turning the aircraft slightly to the left and reintercept the inbound course. If the pilot flies directly to the fix, the inbound time to the fix will be approximately 176.5 seconds. This is nearly a 3minute inbound leg. The pilot's first thought is to increase the OWCA slightly because of overshooting the inbound course. However, the pilot must shave off nearly 2 minutes in order to meet the required oneminute inbound time to the fix. The pilot may realize that he/she needs to fly past the fix and turn less than 90 degrees, but there are no guidelines as the required heading and the outbound time. As a result, the pilot may become confused and frustrated. As a point of interest, in this type of holding pattern, there is no way to identify the abeam point for starting the outbound time. Accordingly this Type2 holding pattern is difficult to fly by even seasoned IFR pilots.
Since the required changes in both Δt_{out }and Δθ_{H }are desired, eq. (85) is inverted to obtain these variables in terms of the observed changes in both d
and
d
Cos θ_{H} d
Under this condition, there would be no required change in Δt_{out}. Equation (90) can be rewritten as the dot product of the normalized TAS vector along the outbound segment, i.e.
Equation (91) shows that when the groundspeed vector on the outbound segment is parallel to the error vector in the just completed circuit, there will be no required change in the outbound heading for the next circuit. A change in outbound time will just change the magnitude of the error vector and not its direction. For example, if the correct value of t_{out }was used on the next circuit, the error vector would be identically zero upon returning to the holding fix.
TABLE 1 
Using the Holding Pattern Convergence Coefficients 
( 
Centerline  
Time Out  Heading Out  Time In  Error/VTAS  
Circuit Number  (sec)  (sec)  (sec)  (sec) 
1  60  216.7  112.7  −2.3 
2  30.3  233.1  65.4  −7.6 
3  34.1  250.3  57.7  −0.6 
4  35.4  248.5  60.0  −0.03 
TABLE 2 
Average IFR pilot Attempting to Converge to the holding pattern Solution 
( 
Centerline  
Time Out  Heading Out  Time In  Error/VTAS  
Circuit Number  (seconds)  (degrees)  (seconds)  (seconds) 
1  60  217  113  −2.3 
2  30  232  66  −8.2 
3  27  257  49  −4.9 
4  33  247  59  −2.1 
5  35  251  58  0.2 
TABLE 3 
Sign and product of d 
in Converging to Holding Pattern Solution 
Undershoot  On Course  Overshoot  
(dy < 0)  (dy = 0)  (dy > 0)  
Inbound Time Early  dx < 0 dy < 0  dx < 0, dy = 0  dx < 0 dy > 0 
(dx < 0)  dx * dy > 0  dx * dy = 0  dx * dy < 0 
On Time  dx = 0 dy < 0  dx = 0 dy = 0  dx = 0 dy > 0 
(dx = 0)  dx * dy = 0  dx * dy = 0  dx * dy = 0 
Converged  
Inbound Time Late  dx > 0 dy < 0  dx > 0 dy = 0  dx > 0 dy > 0 
(dx > 0)  dx * dy < 0  dx * dy = 0  dx * dy > 0 
Recall that the center box is the converged holding pattern solution. In this case, the pilot should continue to fly the previous outbound time and OWCA. Since the wind has some variability over 510 minutes, the holding pattern may change slightly from one circuit to the next. However, the perturbation should be minor, and in general, the solution should be close to the target solution previously achieved.
Cos θ_{H}<0
Sin θ_{H}>0 (92)
The coefficient of d
Using eqs. (47), (49) and (53), it is seen that
is greater than zero for
Manipulating eq. (22), and using the fact that
it is seen that Cos θ_{H}−
Therefore, the signs of the remaining two coefficients are shown to be
Sin θ_{H} −
Cos θ_{H} −
TABLE 4 
Required Changes in Outbound Time t_{out} 
Undershoot  On Course  Overshoot  
(dy < 0)  (dy = 0)  (dy > 0)  
Inbound Time Early  dx < 0 dy < 0  dx < 0, dy = 0  dx < 0 dy > 0 
(dx < 0)  Δt_{out }= ?  Δt_{out }> 0  Δt_{out }> 0 
On Time  dx = 0 dy < 0  dx = 0 dy = 0  dx = 0 dy > 0 
(dx = 0)  Δt_{out }< 0  Converged  Δt_{out }> 0 
Inbound Time Late  dx > 0 dy < 0  dx > 0 dy = 0  dx > 0 dy > 0 
(dx > 0)  Δt_{out }< 0  Δt_{out }< 0  Δt_{out }= ? 
Note that upper left and lower right corner boxes show Δt_{out}=? The smartconvergence algorithm shows that in these two cases, the d
TABLE 5 
Required Changes in the Outbound Heading θ_{H} 
Undershoot  On Course  Overshoot  
(dy < 0)  (dy = 0)  (dy > 0)  
Inbound Time Early  dx < 0 dy < 0  dx < 0, dy = 0  dx < 0 dy > 0 
(dx < 0)  Δθ_{H }> 0  Δθ_{H }> 0  Δθ_{H }= ? 
On Time  dx = 0 dy < 0  dx = 0 dy = 0  dx = 0 dy > 0 
(dx = 0)  Δθ_{H }> 0  Converged  Δθ_{out }< 0 
Inbound Time Late  dx > 0 dy < 0  dx > 0 dy = 0  dx > 0 dy > 0 
(dx > 0)  Δθ_{H }= ?  Δθ_{H }< 0  Δθ_{H }< 0 
In this case, the upper right and lower left corner boxes in Table 5 show Δθ_{H}=? Again, this indicates that the contributions from d
TABLE 6 
Pilot Corrective Actions to Converge to the Holding Pattern 
Undershoot  On Course  Overshoot  
(dy < 0)  (dy = 0)  (dy > 0)  
Inbound Time  Change in t_{out }= ?  Increase t_{out}  Increase t_{out} 
Early (dx < 0)  Decrease OWCA  Decrease  Change in 
OWCA  OWCA = ?  
On Time  Decrease t_{out}  No Change in  Increase t_{out} 
(dx = 0)  Decrease OWCA  t_{out }and OWCA  Increase OWCA 
Inbound Time  Decrease t_{out}  Decrease t_{out}  Change in t_{out }= ? 
Late (dx > 0)  Change in  Increase OWCA  Increase OWCA 
OWCA = ?  
Note that the four corners of Table 6, where both d
TABLE 7 
Comparison of Corrective Actions between Bracketing 
Method and SmartConvergence Tool Algorithm 
Undershoot (dy < 0)  On Course (dy = 0)  Overshoot (dy > 0)  
Inbound Time  Increase t _{out}  Increase t _{out}  Increase t _{out} 
Early (dx < 0)  Decrease OWCA  Decrease OWCA  Increase OWCA 
On Time  Decrease t_{out}  No Change in both  Increase t_{out} 
(dx = 0)  Decrease OWCA  t _{out } and OWCA  Increase OWCA 
Inbound Time  Decrease t _{out}  Decrease t _{out}  Decrease t _{out} 
Late (dx > 0)  Decrease OWCA  Increase OWCA  Increase OWCA 
TABLE 8 
Convergence History of Holding Pattern 
by Eyeballing t out from FIG. 7a 
Outbound  Centerline  
Circuit  Outbound Time  Heading  Inbound Time  Error/VTAS 
Number  (seconds)  (degrees)  (seconds)  (seconds) 
1  35  143.3  79.6  −11.9 
2  35  123.3  68.1  −3.6 
3  35  113.3  61.1  −0.7 
Since the GPS knows both the TAS and groundspeed, the lefthand side of the second equation in eq. (94) is known. When tracking directly to the holding fix, knowing the aircraft heading and course to the fix, the WCA σ can be determined. Thus, the groundspeed equation can be rearranged to give
Note the first equation in eq. (94) is just
Dividing eq. (96) by eq. (95) gives the following result for the wind angle
Taking the inverse tangent of both sides of eq. (97) gives the final result for the wind direction relative to the course the course being tracked, i.e.

 (1) CFII's should introduce their students to the Type2 holding pattern. This can be performed either on a simulator, or in the air by reducing the TAS to the point where the windspeed ratio is above ⅓. Having the IFR student try to fly this holding pattern will provide the knowledge that these types of holding patterns should be avoided at all cost due to the lack of a systematic convergence process. CFII's should teach their IFR students to fly the holding pattern with the windspeed ratio kept at or below 0.25 in order to provide enough outbound time before turning back to reintercept the inbound course.
 (2) CFII's training IFR students on Type1 holding patterns should emphasize the fact that the MFactor is not always close to 3 and can range from just below two to considerably greater than 3, depending on the windspeed ratio and direction. In order to demonstrate this large variation in the MFactor, the holding pattern should be flown with the following wind directions
 a. Direct headwind (a=0)
 b. α=45
 c. α=90
 d. α=135
 e. Direct tailwind (a=180)
 If this training is performed in the air, changing the inbound course in the holding pattern can provide the required values of a in (a)(e).
 (3) Fly the holding pattern with the wind direction from ±a to demonstrate that the outbound time will be same if started from the point at which aircraft has turn to the outbound heading but will be different if started at the abeam point. Although the abeam point is given priority in the AIM for starting the outbound time, it is the inbound time that needs to be satisfied while remaining in the holding pattern protected airspace.
 (4) Vary the TAS for a given windspeed in order to demonstrate that the windspeed ratio is one of the parameters that controls the shape of the holding pattern.
 (5) Introduce the use of Table 7 and the concept of the coupling effect when converging to the holding pattern solution. Provide
FIG. 18 to the IFR Student as an aid in reducing the number of circuits necessary to converge to the holding pattern solution.
Results

 (1) Specifically, there are advantages to starting the outbound time when the aircraft completes the turn to the outbound heading, rather than at the abeam point. These advantages are: (a) For a given value of α, the outbound time is the same, independent of whether the wind is coming from the holding or nonholding side, and (b) The pilot does not need to determine the abeam point. Point (a) is significant because one only needs to determine the solution for 0≤α≤180, rather than for 0≤α≤360. In addition, the OWCA for α≤0 is just the negative of the OWCA for α≥0.
 (2) Type2 holding pattern: When the windspeed ratio is greater than onethird while holding with a headwind component, it is impossible to make the inbound time one minute unless the aircraft reaches the holding fix and turns to an outbound heading which is less than 90 degrees to the inbound course. When the relative heading for the outbound turn is between 45 and 90 degrees from the inbound course, the outbound time controls the overshoots/undershoots, whereas the OWCA controls the inbound time. This is contrary to the way that IFR pilots are normally trained. As a consequence, in order to avoid flying a Type2 holding patterns it is recommended that all IFR pilot's ensure that they fly the holding pattern with a windspeed ratio of less than or equal to 0.25, which will provide a reasonable amount of outbound time before turning back to reintercept the inbound course.
 (3) The exact solution of the holding pattern shows when flying the standard Type1 holding pattern with a 1minute inbound leg, the recommendation in the AIM for the OWCA, i.e. using an OWCA=3*IWCA is valid under limited conditions. These conditions were determined to be
 a. 70≤α≤95 for
V _{W }less than 0.3  b. 0≤α≤180 degrees, for
V _{W}≤0.05
 a. 70≤α≤95 for
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Citations (8)
Publication number  Priority date  Publication date  Assignee  Title 

US20050207881A1 (en) *  20040316  20050922  Tocher Angus J  Habitat friendly, multiple impellor, wind energy extraction 
US20080061559A1 (en) *  20041116  20080313  Israel Hirshberg  Use of Air Internal Energy and Devices 
US20080148723A1 (en) *  20061222  20080626  Birkestrand Orville J  Fluidresponsive oscillation power generation method and apparatus 
US20090127861A1 (en) *  20071121  20090521  Rsv Invention Enterprises  Fluiddynamic renewable energy harvesting system 
US20110084492A1 (en) *  20090911  20110414  Just the 4 of Us, LLC  Vertical Propeller Fluid Energy Capture with Coordinated DynamicOrientation Blades 
US20110101692A1 (en) *  20080716  20110505  Nykolai Bilaniuk  Airborne wind powered generator 
US20120301296A1 (en) *  20100216  20121129  Technion Research And Development Foundation Ltd.  Flow control on a vertical axis wind turbine (vawt) 
US20130037650A1 (en) *  20110315  20130214  Stephen B. Heppe  Systems and Methods for Long Endurance Airship Operations 

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Patent Citations (8)
Publication number  Priority date  Publication date  Assignee  Title 

US20050207881A1 (en) *  20040316  20050922  Tocher Angus J  Habitat friendly, multiple impellor, wind energy extraction 
US20080061559A1 (en) *  20041116  20080313  Israel Hirshberg  Use of Air Internal Energy and Devices 
US20080148723A1 (en) *  20061222  20080626  Birkestrand Orville J  Fluidresponsive oscillation power generation method and apparatus 
US20090127861A1 (en) *  20071121  20090521  Rsv Invention Enterprises  Fluiddynamic renewable energy harvesting system 
US20110101692A1 (en) *  20080716  20110505  Nykolai Bilaniuk  Airborne wind powered generator 
US20110084492A1 (en) *  20090911  20110414  Just the 4 of Us, LLC  Vertical Propeller Fluid Energy Capture with Coordinated DynamicOrientation Blades 
US20120301296A1 (en) *  20100216  20121129  Technion Research And Development Foundation Ltd.  Flow control on a vertical axis wind turbine (vawt) 
US20130037650A1 (en) *  20110315  20130214  Stephen B. Heppe  Systems and Methods for Long Endurance Airship Operations 
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