米其林GRIP资料

whoyouren

Grip on road surfaces
! ~( S& V' ^* A) _8 a0 H4 ~4 z8 y4 Introduction
5 Foreword: grip and its double paradox
7 I Rubber and grip
6 ?( N3 p: e3 X4 Z% t- {* d0 |8 RUBBER: A VISCO-ELASTIC MATERIAL
6 ?' l; M2 w/ N" n$ H! G  o. q& w8  What is a visco-elastic material?
# I# s* [% d& ]+ {' u7 o8 A little more information on… the behaviour of elastic materials
9 A little more information on… the behaviour of viscous materials
2 d, F$ O! m* e. C4 T; w1 Y10 A little more information on… the behaviour of visco-elastic materials
11  Where does the visco-elasticity of tyre rubber come from?
12  The modulus of rubber
& v/ F1 Q9 S. x7 _13 INFLUENCE OF STRESS FREQUENCY AND
, ]2 ~! C  X( M6 [* y8 }8 tTEMPERATURE ON THE BEHAVIOUR OF RUBBER
13  Influence of stress frequency
. g9 J+ d7 y9 p8 Q7 P; n5 B* J* h14  Influence of temperature
15  Frequency - temperature equivalence
16 A little more information on… the WLF equation
17 THE MECHANISMS INVOLVED IN THE RUBBER-ROAD
INTERFACE FRICTION
17  Road roughness effects
18  Molecular adhesion
19 Rubber and grip: don’t forget the basics!
0 p4 H! l4 }- l+ j. f* `21 II How road roughness
) a4 `0 |! w$ i- Z8 K! d, laffects grip
/ k+ g7 T# m) D0 g# ^0 L22 CHARACTERISATION OF ROAD SURFACES
. ~% |, t. L& s3 g# C23  Measurement of macroroughness
+ n: `. x9 N+ X7 K" n, n* c9 Q- t23  Measurement of microroughness
- Q( ~6 M2 H+ f24  Concepts regarding road surfaces
25  Measurement of the load bearing surface
26  Characterisation of the friction coefficient
2 }1 P# R: i1 o% r4 ~) _: ?of a rubber-road interface
27 INFLUENCE OF ROAD SURFACES ON THE
( q& V- H1 A/ y+ q% I, e- cCOEFFICIENT OF FRICTION
28  Variation in friction coefficient on a dry surface
29  Variation in friction coefficient on damp or wet road surfaces
( a. P1 _- b$ R( m8 w6 @$ d8 F30  Relative importance of the rubber factor and the road surface
' e* y/ i9 B0 o4 c) \factor in grip
30  What about snow?
30  And what about ice?
- d# [' W$ h  [5 k7 T: u: S31 How road roughness affects grip: don’t forget the basics!
7 U/ C( s0 ]1 L! k7 }33 III Generation of grip forces in
the contact patch
% {' ^; S2 a! s4 h& @/ F* `- x34 FRICTION MECHANISMS OF A RUBBER BLOCK
8 J4 X" p, }2 Z+ t) D- {' L+ J$ Q2 Y34  Shear (or pseudo-slippage)
35  Slippage
36 LONGITUDINAL GRIP IN BRAKING
36  Source of slippage
37 A little more information on... slippage and braking
38  Longitudinal friction force
38  Longitudinal friction coefficient μ
' v; `9 E  y5 z% _9 u3 B4 v3 v38 A little more information on... the coefficient of longitudinal friction
39  The longitudinal friction law μ(G)
! X* r  C7 I# A0 g40  Generation of braking forces in the contact patch
# T1 V1 x5 }; q, V3 b40 A little more information on... the maximum shear value of the
$ t2 P* X2 d+ Etread block and the beginning of slippage
42  Examples of slippage and shear as a function of the coefficient of
grip and the slippage rate
4 @8 ~1 q' ^5 l2 ?: _42 A little more information on... maximum length of shear and
3 g, }& m/ J  w/ Dslippage
$ t) i7 _0 b  R' ^" g9 O$ G$ D43  Analysis of the μ(G) curve
45 Longitudinal grip in braking: don’t forget the basics!
46 TRANSVERSAL GRIP IN CORNERING
2 w; ~9 k0 S6 \, h% r; K7 j) N46  Centrifugal force
) r) i+ o; ]7 x46  Slip angle
" |; l5 q$ x0 {, m! N5 B4 c4 [III.3
. x, O/ }% E5 z  _7 f3 j+ cIII.2
III.1
48  Transversal friction force
" J) ^1 A, I* j3 p! L3 H- I48  Coefficient of transversal friction τ
, |1 L3 E7 Y5 n1 p5 w& ^4 v2 b48 A little more information on... the coefficient of transversal friction
; H5 `0 v  ~' ~3 C5 t3 Y49  Effect of the bend radius on the maximum cornering speed
6 v4 b3 w# P9 U( s2 s+ g# r+ m49 A little more information on... maximum cornering speed
: a, h, \* M$ t4 H1 e& w. e6 E50  Law of transversal friction Y(δ)
, E" o+ t% `& r1 x1 g% l% b7 U50 A little more information on... the transversal grip coefficient
51  Generation of transversal forces in the contact patch
52  Analysis of the Y(δ) law
52 A little more information on... the maximum length of shear
and slippage
54 Transversal grip in cornering: don’t forget the basics!
5 y  I5 L5 I1 g5 K. [55 SHARING THE GRIP POTENTIAL ON THE ROAD
55  Combined grip
# q& e) x3 C$ x9 C2 l55  A potential to be shared
57  ABS
57 A little more information on... how the ABS works
$ n$ X& c) G0 \59 IV Grip on wet surfaces
61 THE HYDRODYNAMIC ZONE: DISPERSAL
' y; f$ [" `  f) d* q6 L7 tAND DRAINAGE
* W8 m) s5 Q$ g% j# H61 A little more information on... the speed at which aquaplaning occurs
62  A rounded footprint to reduce the pressure exerted by the bank
) ]$ q- y7 y$ U* m' qof water on the tyre
& g( o1 |" u% m7 Y. N# Q) i0 |* `62 A little more information on... the rounded contact patch which
! I' P) R; V4 m( a6 `4 @6 Z( gincreases aquaplaning speed
& U& i. v- Q( X( V9 v63  Wide tyres and water dispersal
64  Angled tread grooves to drain away water to the side
65 THE VISCODYNAMIC ZONE: STORING WATER IN
% w* K7 v; t& u6 W: X7 N# C* KTHE TREAD GROOVES
8 N4 [/ p; C9 n65  Compression of the water by the tread blocks
65 A little more information on... the time for water transfer
to the storage zones
67  Sipes and grip on wet surfaces
8 k' h0 A/ I% B7 Z$ Q1 m69 DAMP TO DRY ZONE: RESTORING
) J  l& g  i3 ?, ~; s" EDRY CONTACT
0 h* }+ w! K0 R0 P69  Edges to break through the film of water
/ I9 x; C+ O9 G$ @8 t70 Grip on wet surfaces: don’t forget the basics!
) X7 P, a( M' ^; T$ x71 V Grip and vehicle handling
9 A1 G5 S* e) ~6 I72 LOAD TRANSFER
) r2 r  |6 S# l72  Longitudinal load transfer
) y% I, z2 E6 l9 m( G72 A little more information on... how load transfer affects braking
4 N8 L, X" w1 Q. refficiency
! x, R1 O0 j  V& U* }73  Lateral load transfer
73 A little more information on... how load transfer affects
) z  n# [" Q& S" }cornering
. q* s6 J. B8 z- C# {; e- J3 ]1 w74 V.2 UNDERSTEER AND OVERSTEER
& C% c5 M0 X! q. V$ {, r; QV.1
IV.3
IV.2
% `$ E/ P, j$ ?77 VI Testing tyre grip
+ J4 _; \( x, ~* v79 ANALYTICAL TESTS
79  Road simulators
80  Laboratory vehicles
81 VEHICLE TRACK TESTS
82  Testing longitudinal grip
83 A little more information on... calculating the coefficient of grip μ
3 k8 c$ v% C* o- B; G  b0 Q& e84  Transversal grip tests
87 VII Grip and rolling resistance
" r9 X1 M. X/ F8 ^4 _88  Where does rolling resistance come from?
0 v: A9 S/ @3 i( e+ o  C/ E$ d88  Maximise grip and minimise rolling resistance: a challenge in
physical science
& a/ F/ z' u+ U5 \" Q0 ]9 t90  Two different frequency ranges
, d4 }" ~- \/ `7 i: l- j91 Index

whoyouren

ML GRIP.part1 ~ part4全部下完后，再点part1解压即可！！

whoyouren

ML GRIP.part1 ~ part4全部下完后，再点part1解压即可！！

whoyouren

ML GRIP.part1 ~ part4全部下完后，再点part1解压即可！！

zpfsf

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whmouse

东西很好，下不了啊

conqibo

东西是好东西就是太贵。
/ g- ~& o7 @& ~+ z& v我认为lz售价一个就可以了，象征性的收费嘛。这样你好大家也好！

zpfsf

就是啊，大家好才是真的好

whoyouren

我也是为了下载别人的资料，如果大家都免费我也肯定免费，同时欢迎大家能够提出以资料换资料！这样就可以不同胶币了。

9 Z' v5 N, a( G+ B  v" ~提供一些图片，让你决定是否下载全套资料。

Marco_Kong

看看先，