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Eisenhart L.P. — A Treatise on the Differential Geometry of Curves and Surfaces
Eisenhart L.P. — A Treatise on the Differential Geometry of Curves and Surfaces



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Название: A Treatise on the Differential Geometry of Curves and Surfaces

Автор: Eisenhart L.P.

Аннотация:

Created especially for graduate students by a leading writer on mathematics, this introduction to the geometry of curves and surfaces concentrates on problems that students will find most helpful.


Язык: en

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1909

Количество страниц: 474

Добавлена в каталог: 25.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Pseudospherical surface, geodesies      275—277 283 317 318
Pseudospherical surface, involute      318
Pseudospherical surface, lines of curvature      190 203 280 320
Pseudospherical surface, surfaces with the same spherical representation of their lines of curvature as      320 371 437 439 443 444
Pseudospherical surface, transformations of      280—290 318 320 370 456
Pseudospherical surfaces, a family of Lame of      452—456 464
Quadratic form      see “Fundamental”
Quadrics, associate surfaces      390 391
Quadrics, asymptotic lines      233
Quadrics, confocal      226 401
Quadrics, fundamental quantities      229
Quadrics, geodesies      234—236 239 240
Quadrics, lines of curvature      233 239 240
Quadrics, normals to      422 (see also “Ellipsoid” “Hyperboloid” “Paraboloid”)
Representation, conformal      see “Conformal”
Representation, conformal-conjugate      224
Representation, equivalent      113 188
Representation, Gaussian      141
Representation, geodesic      225 317
Representation, isometric      100 113
Representation, spherical      see “Spherical”
Revolution, surfaces of      see “Surface”
Ribaucour, (asymptotic lines on surfaces of center)      184
Ribaucour, (cyclic systems associated with a triply orthogonal system)      457
Ribaucour, (cyclic systems of equal circles)      280
Ribaucour, (cyclic systems)      426 428 432
Ribaucour, (deformation of the envelope of the planes of a cyclic system)      429 430
Ribaucour, (limit surfaces)      389
Ribaucour, (middle envelope of an isotropic congruence)      413
Ribaucour, congruence of      420—422 424 425 435 442 443
Ribaucour, triple systems of      452 455 463
Riccati equation      25 26 50 248 429
Rodrigues, equations of      122
Ruled surface of a congruence      393—395 398 401 422 423 “Hyperboloid” “Paraboloid”)
Ruled surface of tangents to a surface      188
Ruled surface, asymptotic lines      248—250
Ruled surface, central plane      244
Ruled surface, central point      243
Ruled surface, conjugate      268
Ruled surface, definition      241
Ruled surface, deformation      343—348 350 367
Ruled surface, director-cone      241
Ruled surface, directrix      241
Ruled surface, doubly      234
Ruled surface, generators      241
Ruled surface, infinitesimal deformation      381
Ruled surface, line of striction      243 244 248 268 348 351 352 369 401 422
Ruled surface, linear element      241 247
Ruled surface, lines of curvature      250 268
Ruled surface, mean curvature      249
Ruled surface, normals to      195 247
Ruled surface, parameter of distribution      245 247 268 348 424 425
Ruled surface, spherical indicatrix of      351
Ruled surface, tangent plane      246 247 268
Ruled surface, total curvature      247
Scheffers (equations of a curve)      28
Scherk, surface of      260
Schwarz, formulas of      264—267 269
Singular line of a surface      71
Singular point of a surface      71
Sinistrorsum      19
Sphere, asymptotic lines      223 422
Sphere, conformal representation      109—111
Sphere, equations      52 77 81
Sphere, equivalent representation      113
Sphere, fundamental quantities      116 171
Sphere, minimal lines      81
Sphere, principal radii      120
Spheres, family of      see “Family”
Spherical curve      36 38 47 50 149 314—316 317 319 320 465
Spherical indicatrix of a ruled surface      351
Spherical indicatrix of the binormals to a curve      50 177
Spherical indicatrix of the tangents to a curve      9 13 50 177
Spherical representation of a congruence, definition      393
Spherical representation of a congruence, developables      409 412—414 422 432—435 437 441
Spherical representation of a congruence, principal surfaces      397 408
Spherical representation of a surface, area of closed portion      145
Spherical representation of a surface, asymptotic lines      144 148 191—195 254 340 390 414
Spherical representation of a surface, conjugate system      200—202 257 385
Spherical representation of a surface, definition      141
Spherical representation of a surface, fundamental quantities      141—143 160—165 173
Spherical representation of a surface, lines of curvature      143 148 150 151 188 201 253 279 280 292 296 301 302 308 314 315 320 371 387 437 442—445
Spherical representation of an axis of a moving trihedral      354
Spherical surface of Enneper      317
Spherical surface of revolution      270—272
Spherical surface, definition      270
Spherical surface, deformation      276 323
Spherical surface, geodesies      275—279 318
Spherical surface, involute      300
Spherical surface, lines of curvature      278
Spherical surface, parallels to      179
Spherical surface, surface with the same spherical representation of its lines of curvature as      338 (see also “Surface of constant total curvature”)
Spherical surface, transformation      278—280 297
Spherical surfaces, a family of Lame of      463
Spiral surface, asymptotic lines      151
Spiral surface, definition      151
Spiral surface, deformation      349
Spiral surface, generation      151
Spiral surface, geodesies      219
Spiral surface, lines of curvature      151
Spiral surface, minimal tines      151
Stereographic projection      110 112
Superosculating circle      21
Superosculating lines on a surface      187
Surface of constant mean curvature, definition      179
Surface of constant mean curvature, deformation      298
Surface of constant mean curvature, lines of curvature      296—298
Surface of constant mean curvature, minimal curves      318
Surface of constant mean curvature, parallels to      179
Surface of constant mean curvature, transformation      297
Surface of constant total curvature, area of geodesic triangle      219
Surface of constant total curvature, asymptotic lines      317
Surface of constant total curvature, definition      179
Surface of constant total curvature, geodesies      224
Surface of constant total curvature, lines of curvature      317
Surface of constant total curvature, spherical representation      372 (see also “Pseudospherical surface and Spherical surface”)
Surface of reference      392
Surface of revolution, asymptotic lines      131
Surface of revolution, definition      107
Surface of revolution, deformation      108 112 147 149 260 276 277 283 326—331 341 349—350 362—364 369 370 372 444
Surface of revolution, equivalent representation      113
Surface of revolution, fundamental quantities      107 147
Surface of revolution, geodesies      205 209 224
Surface of revolution, lines of curvature      126
Surface of revolution, loxodromic curve      see “Loxodromic”
Surface of revolution, parallel surfaces      185
Surface of revolution, particular      111 160 320
Surface of translation, associate surface      381 390;
Surface of translation, asymptotic lines      198
Surface of translation, congruence of tangents      405
Surface of translation, definition      197 198
Surface of translation, deformation      349 350
Surface of translation, equations      197
Surface of translation, generators      198 203
Surface of translation, middle surface of a W-congruence      422 424
Surface with plane lines of curvature      see “Lines of curvature”
Surface with spherical lines of curvature      see “Lines of curvature”
Surface with the same spherical representation of its lines of curvature as a pseudospherical surface      see “Pseudospherical surface”
Surface with the same spherical representation of its lines of curvature as a spherical surface      see “Spherical surface”
Surface, limit      389
Surfaces of revolution, a family of Lame of      451
Tangent plane to a surface, characteristic of      126
Tangent plane to a surface, definition      56 114
Tangent plane to a surface, developable surface      57
Tangent plane to a surface, distance to      114
Tangent plane to a surface, equation      57
Tangent plane to a surface, is the osculating plane of asymptotic line      128
Tangent plane to a surface, meets the surface      123
Tangent surface of a curve      41—44 57
Tangent surface of a curve, applicable to the plane      101 156
Tangent to a curve      6 7 49 50 59
Tangent to a curve, spherical indicatrix of      9 13 50 177
Tangent to a surface      112
Tangential coordinates      163 194 201
Tetrahedral surface, asymptotic lines      267
Tetrahedral surface, definition      267
Tetrahedral surface, deformation      341
Tetrahedral surfaces, triple system of      465
Tore      124
Torsion of a curve of a plane curve      16
Torsion of a curve of asymptotic line      140
Torsion of a curve, constant      50
Torsion of a curve, definition      16
Torsion of a curve, radius of      16 17 21
Torsion of a curve, sign of      19
Torsion, geodesic      137—140 174 176
Tractrix, equations      35
Tractrix, helicoid whose meridian is a      291
Tractrix, surface of revolution of      274 290
Transformation by reciprocal radii      104 196 203
Transformation of curvilinear coordinates      53—55 73 74
Transformation of rectangular coordinates      72
Transformation, projective      see “Projective”
Triply orthogonal system of surfaces of Bianchi      452—454 464 465
Triply orthogonal system of surfaces of cyclides of Dupin      465
Triply orthogonal system of surfaces of isothermic surfaces      465
Triply orthogonal system of surfaces of Ribaucour      452 463
Triply orthogonal system of surfaces of Weingarten      455 456 463 464
Triply orthogonal system of surfaces, associated with a cyclic system      446
Triply orthogonal system of surfaces, definition      447
Triply orthogonal system of surfaces, fundamental quantities      447—451
Triply orthogonal system of surfaces, transformation of      462 463
Triply orthogonal system of surfaces, with one family of molding surfaces      465
Triply orthogonal system of surfaces, with one family of surfaces of revolution      451 452
Umbilical point of a surface of quadrics      230 232 234 236—238 240 267
Umbilical point of a surface, definition      120
v. Mangoldt (geodesies on surfaces of positive curvature)      212
Variation of a function      82 83
Voss, surface of      341 390 415 442 443
W-congruence      417—420 422 424
W-surface of Weingarten      298 424
W-surface, definition      291
W-surface, evolute      294 295 318 319
W-surface, fundamental quantities      291—293
W-surface, lines of curvature      293
W-surface, particular      291 300 318 319
W-surface, ruled      299 319
W-surface, spherical representation      292
Weierstrass, (algebraic minimal surfaces)      261
Weierstrass, (equations of a minimal surface)      260
Weingarten, (geodesic ellipses and hyperbolas)      214
Weingarten, (infinitesimal deformation)      374 387
Weingarten, (lines of curvature on an isothermic surface)      389
Weingarten, (tangential coordinates)      163
Weingarten, (W-surfaces)      291 292 294
Weingarten, method of      353—372
Weingarten, surface of      298 424
Weingarten, triple system of      455 456 463 464
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