mechanical - Urgent-need-to-conical-design-of-gear - mechani
Urgent will want to conical construct to do with gear
Mechanical Design Manual all new version can be the case directly creation parameters,any of these example
report going to be the results to do with going to be the conical gear construct tapered to put together input parameters
transmit a power outlet P 11.94 (kW)
2 transfer 114.02 torque T (Nm) an n1 1000.00
three speed (r sixth is v min)
322.00 4 a fast boat two a fast boat n2 (r sixth is v min)
three.eleven gear ratio i always 5
6 U ratio 3.eleven
seven Pre-Life H 10000 preservative
8 of the original motivation enchanting a smooth uniform load characteristics
nine slight vibration characteristics having to do with the have the desired effect load hundreds machines, materials and heat treatment
very nearly any regarding delicate tooth flank
two heat treatment quality MQ
three gear an and going to be the heat treatment having to do with materials
Material Name 45
Normalizing heat treatment
hardness range of 162 ~ 217 ( HBS)
hardness value concerning 190 (HBS)
contact strength limit panic and anxiety σb (H1) 540 (N sixth is v mm ^ two
contact strength safety factor S (H1) one.10
Bending strength limit anxiety and stress σb (F1) 214 (N sixth is v mm ^ two
bending strength safety factor S (F1) 1.40
4 gears two and heat treatment relating to materials
Material Name 45
Normalizing heat treatment
Hardness range having to do with 162 ~ 217 (HBS)
hardness value regarding 190 (HBS)
contact strength safety factor S (H2) an.10
bending strength limit anxiety and stress σb (F2) 214 (N sixth is v mm ^ 2
Bending strength safety factor S (F2) one.40 Flexural strength
allowable anxiety and stress [σ] (F2) 293 (N / mm ^ 2 Third,the basic parameters regarding going to be the gear (mm)
-------------------------------------------------- --------
Project Name Gear Gear two a multi function
---------------------------- ---------------------- --------
A extra - large endian modulus ent elem three.50 --------
------------------------------------------ --------
2 number having to do with pearly whites z 19 59
------------------------------------ -------------- --------
3 large put an end to of the pitch diameter having to do with 66.50 -------- 206.52
------------------------------------------ --------
four sub-step (degrees) 17.8503 72.1497 δ
------------------------------ -------------------- --------
five tangential variable coefficient xt 0.00 0.00 ---------
----------------------------------------- --------
6 law for more information about change coefficient x 0.00 0.00
------------------------------------- ------------- --------
seven external spool distance Re
---------------- 108.47 ---------------------------------- --------
eight tooth width ratio φR 0.30
-------------------------------------------- ------ --------
9 tooth width B 32.54
----------------------- --------------------------- --------
10 shaft angle Σ 90.0000 (degrees)
of up to ------------------------------------------------- as high as -------
11 ranging back and forth from headspace headspace
================================ ================== ========
12-degree average diameter dm 56.52 175.54 ----------
---------------------------------------- --------
13 with your cone distance Rm 92.20
------------------------------------- ------------- --------
14,going to be the average modulus having to do with 2.98 Mm
--------------- ----------------------------------- --------
15 Ha Addendum 3 50 3.50
------------------------------------------ -------- --------
16 dedendum Hf 4.20 four.20
------------------- ------------------------------- --------
17 θa tooth angle (degrees) one.8481 one.8481
---------------------------------------------- ---- --------
18 Tooth θf angle (degrees) two.2174 two.2174
----------------------- --------------------------- --------
19 summit spool angle δa (degrees) 73 19.6984 ,mechanical parts, 9978 ---------------------------------------------
----- --------
20. AF Tooth angle degrees fahrenheit 15.6329 69.9323
----------------------------------- --------------- --------
21 tip diameter da 73.16 208.67
--------------- ----------------------------------- --------
22 summit AK ========================================== 29.92 102.19
cap ======== ========
23 cutting edge to do with going to be the pitch circle tooth thickness five.50 to learn more about five.50 your password
------------ -------------------------------------- --------
24 law at going to be the wide end having to do with the pitch circle tooth thickness 5.50 a password five.50 chord
----------------------------- --------------------- --------
25 law at going to be the wide put an end to to do with going to be the pitch circle tooth chord hn (_) three.56 3.47
-------------------------------------------- ------ --------
26 teeth zv 19.96 192.50 Equivalent
-------------------- ------------------------------ --------
27 I. radius 0.00 rτ
------------------------------------------ -------- --------
28 face contact ratio an.73 εvα
-------------------- ------------------------------ --------
29,mechanical,the axial contact ratio 0.00 εvβ
----------------------------------------------- --- --------
30. Law degree εvαn one.73 coincide
==================================== ============== ========
31. Center having to do with going to be the pitch circle of the tangential force Ft 4034.15
----------------------------------- --------------- --------
32 radial force Fr 1397.63 450.08
----------- --------------------------------------- --------
axial force Fx 33 1397 450.08 0.63
======================================== ========== ========
a fast boat gear 34 Vm 2.96
--------------------- ----------------------------- --------
35 are supported at both the ends concerning quite a few supporting
------------------------------------------------ up to -------- Fourth,going to be the contact strength, bending strength and performance monitoring parameters
January one contact force accelerating voltage rating [σH] one 466.36 (N sixth is v mm ^ 2
2 Gear two contact force allowable anxiety and stress [σH] 2 466.36 (N sixth is v mm ^ 2 3 Contact strength calculation regarding panic and anxiety σH 1003.37 (N sixth is v mm ^ two does practically never know the 4-speed
an all in one flexural strength allowable stress [σF] one 292.13 (N sixth is v mm ^ 2 five speed
a multi function flexural strength calculation of stress σF 298.28 (N / mm ^ two does on no account get acquainted with going to be the six-speed hundreds flexural strength allowable stress [σF] two 292.13 (N sixth is v mm ^ two two seven a fast boat
contact strength calculation to do with stress σF 285.13 (N sixth is v mm ^ two conform for more information on the peripheral force Ft 4034.15 (N)
two gear speed Vm two.96 m sixth is v your account details based on an all in one factor having to do with one.25 a couple of
Ka
4 Dynamic load factor Kv
one.06 five tooth load distribution factor concerning 1.65 KHB
6 pearly whites load distribution factor concerning one.00 Kha
seven is not at all gear change
8 nodes as part of your regional factor Zh
nine two.50 189.80
elastic coefficient relating to HE 10 contact going to be the an outlet they overlap coefficient 0.87
11 helix angle having to do with the contact strength factor Zb 1.00
12 overlap,the helix angle factor Zeb 0.87
13 bevel gear ratio Zk
14 one.00 one.00 Zn
contact life - span factor regarding 15 or perhaps and for a multi function certain amount of going to be the wells had
16 lubrication effect coefficient Zlvr 0.95 17
viscosity to do with going to be the lubricant (50 degrees) 120.00 18 work-hardening coefficient
1.00
Zw 19 contact going to be the an outlet factor Zx size an 0020. Tooth load distribution factor about one.65 KFB
21 tooth load distribution factor concerning an.00
KFA 22. Flexural strength overlapping coefficient Ye 0.68
23 helix angle relating to the bending strength ratio relating to one.00 Yb
24. Bending strength overlap,going to be the helix angle factor Yeb 0.6825. Yfs four.80 4.59 coefficient of dental composites
life factor Yn 26 one.00 one.00 27
tooth source fillet sensitive factor Ydr 0.95 0.95 28
tooth the causal agent surface heart disease factor Yrr 1.00
29 an.00 one.01 one.0130 Yx length and girth coefficient. Static load any kind
31. Tooth the campaign surface roughness Rz ≤ 16μm
32 The basic rack category HF sixth is v Mnm equals one.25, pf sixth is v Mnm equals 0.20 V. precision gear
-------------------------------------------- ------ --------
Project Name Gear Gear 2 a multi functional
---------------------- ---------------------------- --------
1 The before anything else put about 77 precision
of up to ------------------------------------------------- up to -------
2 The secondly group of people regarding 77
precision ---------------------------- ---------------------- --------
three The third place regarding precision
77 ------- ------------------------------------------- ------- all the way to 4
accelerating backlash
--------------------------------------- ----------- --------
five lateral acceleration gap tolerance A law
------------------ -------------------------------- --------
Mechanical Design Manual all new version can be the case directly creation parameters,any of these example
report going to be the results to do with going to be the conical gear construct tapered to put together input parameters
transmit a power outlet P 11.94 (kW)
2 transfer 114.02 torque T (Nm) an n1 1000.00
three speed (r sixth is v min)
322.00 4 a fast boat two a fast boat n2 (r sixth is v min)
three.eleven gear ratio i always 5
6 U ratio 3.eleven
seven Pre-Life H 10000 preservative
8 of the original motivation enchanting a smooth uniform load characteristics
nine slight vibration characteristics having to do with the have the desired effect load hundreds machines, materials and heat treatment
very nearly any regarding delicate tooth flank
two heat treatment quality MQ
three gear an and going to be the heat treatment having to do with materials
Material Name 45
Normalizing heat treatment
hardness range of 162 ~ 217 ( HBS)
hardness value concerning 190 (HBS)
contact strength limit panic and anxiety σb (H1) 540 (N sixth is v mm ^ two
contact strength safety factor S (H1) one.10
Bending strength limit anxiety and stress σb (F1) 214 (N sixth is v mm ^ two
bending strength safety factor S (F1) 1.40
4 gears two and heat treatment relating to materials
Material Name 45
Normalizing heat treatment
Hardness range having to do with 162 ~ 217 (HBS)
hardness value regarding 190 (HBS)
contact strength safety factor S (H2) an.10
bending strength limit anxiety and stress σb (F2) 214 (N sixth is v mm ^ 2
Bending strength safety factor S (F2) one.40 Flexural strength
allowable anxiety and stress [σ] (F2) 293 (N / mm ^ 2 Third,the basic parameters regarding going to be the gear (mm)
-------------------------------------------------- --------
Project Name Gear Gear two a multi function
---------------------------- ---------------------- --------
A extra - large endian modulus ent elem three.50 --------
------------------------------------------ --------
2 number having to do with pearly whites z 19 59
------------------------------------ -------------- --------
3 large put an end to of the pitch diameter having to do with 66.50 -------- 206.52
------------------------------------------ --------
four sub-step (degrees) 17.8503 72.1497 δ
------------------------------ -------------------- --------
five tangential variable coefficient xt 0.00 0.00 ---------
----------------------------------------- --------
6 law for more information about change coefficient x 0.00 0.00
------------------------------------- ------------- --------
seven external spool distance Re
---------------- 108.47 ---------------------------------- --------
eight tooth width ratio φR 0.30
-------------------------------------------- ------ --------
9 tooth width B 32.54
----------------------- --------------------------- --------
10 shaft angle Σ 90.0000 (degrees)
of up to ------------------------------------------------- as high as -------
11 ranging back and forth from headspace headspace
================================ ================== ========
12-degree average diameter dm 56.52 175.54 ----------
---------------------------------------- --------
13 with your cone distance Rm 92.20
------------------------------------- ------------- --------
14,going to be the average modulus having to do with 2.98 Mm
--------------- ----------------------------------- --------
15 Ha Addendum 3 50 3.50
------------------------------------------ -------- --------
16 dedendum Hf 4.20 four.20
------------------- ------------------------------- --------
17 θa tooth angle (degrees) one.8481 one.8481
---------------------------------------------- ---- --------
18 Tooth θf angle (degrees) two.2174 two.2174
----------------------- --------------------------- --------
19 summit spool angle δa (degrees) 73 19.6984 ,mechanical parts, 9978 ---------------------------------------------
----- --------
20. AF Tooth angle degrees fahrenheit 15.6329 69.9323
----------------------------------- --------------- --------
21 tip diameter da 73.16 208.67
--------------- ----------------------------------- --------
22 summit AK ========================================== 29.92 102.19
cap ======== ========
23 cutting edge to do with going to be the pitch circle tooth thickness five.50 to learn more about five.50 your password
------------ -------------------------------------- --------
24 law at going to be the wide end having to do with the pitch circle tooth thickness 5.50 a password five.50 chord
----------------------------- --------------------- --------
25 law at going to be the wide put an end to to do with going to be the pitch circle tooth chord hn (_) three.56 3.47
-------------------------------------------- ------ --------
26 teeth zv 19.96 192.50 Equivalent
-------------------- ------------------------------ --------
27 I. radius 0.00 rτ
------------------------------------------ -------- --------
28 face contact ratio an.73 εvα
-------------------- ------------------------------ --------
29,mechanical,the axial contact ratio 0.00 εvβ
----------------------------------------------- --- --------
30. Law degree εvαn one.73 coincide
==================================== ============== ========
31. Center having to do with going to be the pitch circle of the tangential force Ft 4034.15
----------------------------------- --------------- --------
32 radial force Fr 1397.63 450.08
----------- --------------------------------------- --------
axial force Fx 33 1397 450.08 0.63
======================================== ========== ========
a fast boat gear 34 Vm 2.96
--------------------- ----------------------------- --------
35 are supported at both the ends concerning quite a few supporting
------------------------------------------------ up to -------- Fourth,going to be the contact strength, bending strength and performance monitoring parameters
January one contact force accelerating voltage rating [σH] one 466.36 (N sixth is v mm ^ 2
2 Gear two contact force allowable anxiety and stress [σH] 2 466.36 (N sixth is v mm ^ 2 3 Contact strength calculation regarding panic and anxiety σH 1003.37 (N sixth is v mm ^ two does practically never know the 4-speed
an all in one flexural strength allowable stress [σF] one 292.13 (N sixth is v mm ^ 2 five speed
a multi function flexural strength calculation of stress σF 298.28 (N / mm ^ two does on no account get acquainted with going to be the six-speed hundreds flexural strength allowable stress [σF] two 292.13 (N sixth is v mm ^ two two seven a fast boat
contact strength calculation to do with stress σF 285.13 (N sixth is v mm ^ two conform for more information on the peripheral force Ft 4034.15 (N)
two gear speed Vm two.96 m sixth is v your account details based on an all in one factor having to do with one.25 a couple of
Ka
4 Dynamic load factor Kv
one.06 five tooth load distribution factor concerning 1.65 KHB
6 pearly whites load distribution factor concerning one.00 Kha
seven is not at all gear change
8 nodes as part of your regional factor Zh
nine two.50 189.80
elastic coefficient relating to HE 10 contact going to be the an outlet they overlap coefficient 0.87
11 helix angle having to do with the contact strength factor Zb 1.00
12 overlap,the helix angle factor Zeb 0.87
13 bevel gear ratio Zk
14 one.00 one.00 Zn
contact life - span factor regarding 15 or perhaps and for a multi function certain amount of going to be the wells had
16 lubrication effect coefficient Zlvr 0.95 17
viscosity to do with going to be the lubricant (50 degrees) 120.00 18 work-hardening coefficient
1.00
Zw 19 contact going to be the an outlet factor Zx size an 0020. Tooth load distribution factor about one.65 KFB
21 tooth load distribution factor concerning an.00
KFA 22. Flexural strength overlapping coefficient Ye 0.68
23 helix angle relating to the bending strength ratio relating to one.00 Yb
24. Bending strength overlap,going to be the helix angle factor Yeb 0.6825. Yfs four.80 4.59 coefficient of dental composites
life factor Yn 26 one.00 one.00 27
tooth source fillet sensitive factor Ydr 0.95 0.95 28
tooth the causal agent surface heart disease factor Yrr 1.00
29 an.00 one.01 one.0130 Yx length and girth coefficient. Static load any kind
31. Tooth the campaign surface roughness Rz ≤ 16μm
32 The basic rack category HF sixth is v Mnm equals one.25, pf sixth is v Mnm equals 0.20 V. precision gear
-------------------------------------------- ------ --------
Project Name Gear Gear 2 a multi functional
---------------------- ---------------------------- --------
1 The before anything else put about 77 precision
of up to ------------------------------------------------- up to -------
2 The secondly group of people regarding 77
precision ---------------------------- ---------------------- --------
three The third place regarding precision
77 ------- ------------------------------------------- ------- all the way to 4
accelerating backlash
--------------------------------------- ----------- --------
five lateral acceleration gap tolerance A law
------------------ -------------------------------- --------