Tài liệu CƠ HỌC ĐẤT - CHƯƠNG 2 ppt

... y=1,5by=1,0by=0,5by=0z=0 ,25 bz=0,5bz=0,75bz=1bz=1 ,25 bz=1,5bz=1,75bz =2, 0bbz =2, 0bz=1,0bz=0 ,25 b -1 .0 0 1.00.5 0.5za)b)z6b5b4b3b2bbybb2b-2b-bz0,10 ,2 0,30,40,90,7-b2bbby1,5b -2 b0,5b0,10 ,2 -b2bbb -2 b2bbY0,10 ,2 0,10 ,2 a)b)c) ... ();zyz.p .2 Rz.p .2 2 22 3413MZ+== Tơng tự ta có: () 2 22 241 2 yzyz.y.p2Rz.y.p .2 +== () 2 22 241 2 ZYYZzyz.y.p .2 Rz.y.p .2 +=== II-33 Từ công ... (II - 44) 1 122 11 2 2 2 z2sin 2 12sin. 2 1tgsinsinb.z.p Bằng cách lập luận tơng tự ta có biểu thức tính y và yz nh sau : ++=1 122 111 2 22 2ysin 2 12sin 2 1tgcosln2coscosln2cosb.z.p...

... y=1,5by=1,0by=0,5by=0z=0 ,25 bz=0,5bz=0,75bz=1bz=1 ,25 bz=1,5bz=1,75bz =2, 0bbz =2, 0bz=1,0bz=0 ,25 b -1 .0 0 1.00.5 0.5za)b)z6b5b4b3b2bbybb2b-2b-bz0,10 ,2 0,30,40,90,7-b2bbby1,5b -2 b0,5b0,10 ,2 -b2bbb -2 b2bbY0,10 ,2 0,10 ,2 a)b)c) ... ();zyz.p .2 Rz.p .2 2 22 3413MZ+== Tơng tự ta có: () 2 22 241 2 yzyz.y.p2Rz.y.p .2 +== () 2 22 241 2 ZYYZzyz.y.p .2 Rz.y.p .2 +=== II-33 Từ công ... từ 0 2 ữ thay vào công thức (II-31 ) ta có: ()+= 2 /0 2/ 5 24 1 2 3MZtg1R.cosd .2. .2 z.p.3 (II- 32) Vì 1+ tg 2 = 2 cos1 nên ta có: ()()== 2/ 0 2 413 2/ 03413Mzsind.sin1R.z.p.3d.cosR.z.p.3...

... 150 - 100 100 100 - 60 60 60 - 30 10 22 0 22 0 - 150 150 150 - 90 90 90 - 40 4.3.1 .2. Chỉ tiêu đánh giá độ ẩm của đất rời Đối với đất rời, mức độ khô hay ẩm, ít ảnh hởng đến cờng độ của đất, ... Wnh - Wd = 40,8 - 19,8 = 21 ,0% - Tính độ sệt theo công thức (I-17): 588,00 ,21 8,1 927 ,26 ===dWWB - Tính hệ số rỗng theo công thức: ()()74,0101 ,2 27 ,26 .01,01.1.77 ,2 1.01,01.0=+=+=We ... Wd = W - B. = 0 ,24 - 0,4.0, 12 = 0,1 92 = 19 ,2% Do đó ta có giới hạn nhão của đất sẽ là: Wnh = + Wd = 12 + 19 ,2 = 31 ,2% Ví dụ I-4: Xác định tên và trạng thái vật lý của một loại đất khi...

... 0 ,24 92 0 ,24 92 0 ,24 92 0 ,24 92 0 ,24 92 0 ,24 92 0 ,24 92 0 ,24 92 0,4 0 ,24 01 0 ,21 20 0 ,24 29 0 ,24 31 0 ,24 37 0 ,21 39 0 ,24 41 0 ,24 42 0 ,24 42 0 ,24 43 0 ,24 43 0 ,24 43 0 ,24 43 0 ,24 430,6 0 ,22 29 0 ,22 75 0 ,23 00 0 ,23 15 0 ,23 24 ... 0 ,23 15 0 ,23 24 0 ,23 29 0 ,23 35 0 ,23 38 0 ,23 38 0 ,23 41 0 ,23 41 0 ,23 12 0 ,23 42 0 ,23 12 0,8 0,1999 0 ,20 75 0 ,21 20 0 ,21 17 0 ,21 65 0 ,21 76 0 ,21 88 0 ,21 91 0 ,21 91 0 ,21 99 0 ,22 00 0 ,22 02 0 ,22 02 0 ,22 02 1,0 0,17 52 0,1851 ... Kn''' -0 ,20 8 -0 ,27 4 -0 ,26 9 -0 ,21 5 -0 ,26 0 -0 ,21 5 -0 ,26 9 -0 ,27 4K'n0,144 0 ,21 2 0 ,23 4 0,147 0,000 -0 ,147 -0 ,23 4 -0 ,21 2Kn'' 0,319 0 ,27 2 0,189 0,101 0,000 -0 ,101 -0 ,189 -0 ,27 20,6...

...

... src="data:image/png;base64,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 326 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 726 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 ... src="data:image/png;base64,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 326 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 726 7N0K99133z116lTafsp+FQmsh9bD4LczoVO7khHwQNeuXSsUCrdu3dr71yv2/2sUaXvJAayH1kOgsxwLP8ajAj197KdhampqZWVlenr65ZdfbvxrFO+9997Zs2fT+VN24Aesh9bD4Fg4dEqdtkVRFEXRq6++GjV15syZu3fv7n3Vhx9+eObMmeZf8sorr+z/RsfxLTi8+D8VX3zxxf3/u7S09Mi/1P4nzP379x/5hPEtfIvDeORideBbHGmxavwtrIeWROh1fpuEE/C1r33tscce23sf+Prrr//hD39osv3nPve5L33pS3v/+5vf/ObHP/5x979F4/DPnjt37gwODjb+u1arffnLX75161aTbzE9PT0/P7/3v2tra5cuXWr+t2jhW+z/34GBgaP+aE6fPr29vX347X0L34LWZDKZCxcu9OiDX1lZ8ROE9rki5RjPzcXtDOx77713sg9jcHCwdy+gdAYWrIfWQ+shqHCvOlZMMwTroX3ZDKGHuSIlXWq12ksvvfSwf37imMzPz+9dVgFgPTR8QIWnzjvvvLOwsNDlbzo6Onrt2jXDB6yH1kNgjytSOsAZ2DT/lAHroZ8y0MquZAQAAKDCOXk7OztPPvlk31E8+eSTXb68EsB6CPQu14XzAI8//ng+n/cqAmA9BI6J68I7wHWQaf4pA9ZDP2WglV3JCAAAQIUDAIAKBwAAVDgAAKhwAABAhQMAgAoHAABUOAAAqHAAAFDhAACACgcAABUOAACocAAAUOEAAIAKBwAAFQ4AACocAABQ4QAAoMIBAAAVDgAAKhwAAFDhAACgwgEAQIUDAAAqHAAAEqzfCADojuXl5eeffz4Oj6Svz0Eo4KQXIiMAAAAVDkAyTU5O7p60xiNpvk29Xl9dXbVN8xkCbXJFCgAds7i4eKSPx1OxWMxms7YBjlVUr9dNoU2N6ws/fnjgYR+PzyPEDMG+jBnCyexKRgAAAF3mihQAOiY+d0EBiDnHwgHomIGBgd56wNVqtVQqVatV27S8DaDCAThhuVxuN94OPOBKpZLP58vlcpO/lG2abwO0xm9nduKtjN/OTPFPGejpfblarZbL5dHR0aGhoYd9iW0ObGM9BBWuwhWkGQL2ZTOE3tyVjAAAAFT4QTMzMzMzM4f/OAAAxFwPXJHSu9d7uCIlUW9YzRDsy5ghdHBXMgIA2C+KolKpZBtAhQNA9xSLxWw2axvgeN/wuyIlzY8QMwT7MmYIJ7MrGQEAAKhwAABQ4QCQUNVqtVQqVatV27S8DaDCAeBoKpVKPp8vl8u2aXkboDV+OzPVjxAzhJTvy9VqtVwuj46ODg0NPexLbHNgG+shqHAVriDNELAvmyH05q5kBAAAoMIBAECFAwAAKhwAjk8URaVSyTaACgeA7ikWi9ls1jbA8b7hd4+UND9CzBDsy5ghnMyuZAQAAKDCAQBAhQNAQlWr1VKpVK1WbdPyNoAKB4CjqVQq+Xy+XC7bpuVtgNb47cxUP0LMEFK+L1er1XK5PDo6OjQ09LAvsc2BbayHoMJVuII0Q9JlamoqhLC0tGQU9mUzBBWucVW4Vx3wPDRDMwSOuCsZAQAAqHAAAFDhAJAmURSVSiXbACocALqnWCxms1nbAMf7ht9vZ6b5EWKGJON56N4p9mUzBBWucVW4Vx1I72pjXzZD4LC7khEAAIAKB4AuqVarpVKpWq3apuVtABUOAEdTqVTy+Xy5XLZNy9sArXFdeKofIWZIMp6Hnp8tz7BarZbL5dHR0aGhoYd9iW0ObOP5BipchStIM8Tz0PPTvmyG0Ju7khEAAIAKBwAAFQ4AAKhwADg+URSVSiXbACocALqnWCxms1nbAMf7ht89UtL8CDFDkvE89Py0L5sh9N6uZAQAAKDCAQBAhQNAQlWr1VKpVK1WbdPyNoAKB4CjqVQq+Xy+XC7bpuVtgNb47cxUP0LMkGQ8Dz0/W55htVotl8ujo6NDQ0MP+xLbHNjG8w1UuApXkGaI56Hnp33ZDKE3dyUjAAAAFQ4AACocAABQ4QBwfKIoKpVKtgFUOAB0T7FYzGaztgGO9w2/e6Sk+RFihiTjeej5aV82Q+i9XckIAABAhQMAgAoHgISqVqulUqlardqm5W0AFQ4AR1OpVPL5fLlctk3L2wCt8duZqXiEy8vLIYTJyUnP+I7/lMFq09MzrFar5XJ5dHR0aGjoYV9imwPbeL6BCu+NCl9cXHz++edP/EFOT0/Pz897xqtwVLgZmpUZQix2JSMAAIAucyw8RY+Q9jn2g9UmqTPEDKHL+o2gfYuLiwMDA4f/OAAAaX9DawTtm5yczOVyh//4SdmlDZ7nkB5RFJVKJdsAKpzOcLPbdrYB0qNYLGazWdsAx6see1EURVF0+I9339LSUtQLVldXm/wtisViCME2R30egvUwGTPEDKHbu5Lfzmzf2trapUuX4v+O6/3333ez25a38dtIWA+TPUPMELpMhVsxMUNUuBlihtD1XckIAEgtvxLj12ZAhQPQ85aXl/vi7cADrlQq+Xy+XC43+UvZpvk2QGtckZKON1tmZYYk+nno92SOam9WfiWmhW2sh6DCrQJtzTCKomKxeOXKlWbPD9v8v20837AeekeNGUIndyUjSC03xG1/GwCA1jgWno43W2ZlhiT6eRiH5+fNmzd/97vfzc7ONvmIfdl6CHy0KxkBAO0rl8uFQqH5RwBQ4QAcr/fffz+EEPN7pDxQFEWlUsk2gAqnM9zstp1tgPTwKzGeA9AN9diLoiiKosN/nIfNanV1tck2xWIxhGCboz4PwXrYMDk5eeAxfPwjcZ4hZghd5lh4ioyOjjb5bDabXV1dtQ0AQBc84B4p9+7de/rpp7e3t4/j+01PT8/Pzx/pS9wjpX1mZYYk+3kYh+fn1NTUysrK/sfw8Y/EZ4a0z3oIber/+Icee+yxxn9kMpkLFy505Nvs7Oysr6+HEJ566ilDBwBAhX/sQ/39W1tbIyMj29vb3/72t8+fP9/+t5mbm1tfX5+YmHjhhRcMHY ... src="data:image/png;base64,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 326 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 726 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...

... giữ lại % mòn hơn 2. 4 36.0 7 .2 7 .2 92. 8 1 .2 52. 8 10.56 17.76 82. 24 0.6 38.7 7.74 25 .50 74.5 0.3 122 .5 24 .5 50.0 50 0.15 159.9 31.98 81.98 18. 02 0.074 26 .4 5 .28 87 .26 12. 74 Đường A – line ... trọng tự nhiên của đất đó 33/90.17/179040 027 2.01087.4mkNmN ==×=γ Độ ẩm (theo đònh nghóa) %3 .27 100 2. 22 2 .22 26 .28 =×−=ω Dung trọng khô (theo đònh nghóa) 3/140643 .27 117904mNk=+=γ ... vào: 1- Độ rỗng của đất 2- Loại đất (Cỡ hạt và độ lèn chặt giữa các hạt – particle shape - degree of packing) 3- Độ nhớt của lưu chất trong đất - Nhiệt độ –Những thành phần hóa học; 4- Sự chênh...

... trống: www.vietphotoshop.com - Dịch bởi Bá tước Monte Cristo 22 Chương 2: Cách sử dụng File Browser Photoshop CS Bắt đầu Bạn đã biết sơ qua về File Browser trong chương 1 "Môi trường làm ... © www.vietphotoshop.com - Dịch bởi Bá tước Monte Cristo |Trang chủ| |Photoshop CS| |Chương 3| www.vietphotoshop.com - Dịch bởi Bá tước Monte Cristo 42 Chương 2: Cách sử dụng File Browser ... mục Lesson 02, chọn biểu tượng PDF trong cửa sổ Thumbnail và kéo nó vào thư mục Lesson 02 trong Folder Palette. www.vietphotoshop.com - Dịch bởi Bá tước Monte Cristo 28 Chương 2: Cách sử dụng...

... Id<= 12;  12 giờ đối với sét pha có 12& lt; Id < =22 ; 24 giờ đối với sét có Id từ 22 - 35;48 giờ đối với sét có Id > 35;Trong thời gian bảo hoà phải hãm không cho đất nở ... trình 1- 2. 105N;THIẾT BỊ THÍ NGHIỆMMáy nén bao gồm: - Hộp nén; - Bàn máy; - Bộ phận tăng tải với hệ thống cánh tay đòn; - Thiết bị đo biến dạng (đồng hồ đo)Thiết bị khác: - Dao gọt đất; ... TÍNH TOÁN KẾT QUẢCƠ HỌC ĐẤTTHÍ NGHỆM NÉN CỐ KẾTTCVN 420 0 - 1995Consolidation Test30/10 /20 09LÝ THUYẾT THÍ NGHIỆMQuy định chung - Tính nén lún của đất là khả năng giảm thể tích...