46:13

NUMERICAL ON LACEY'S THEORY OF UNLINED CANAL DESIGN AND LINED CANAL DESIGN

38:20

SLEEPER & SLEEPER DENSITY II RAILWAY ENGG

48:24

TRAFFIC FLOW CHARACTERISTICS (PART 3) II TRAFFIC ENGG II TRANSPORTATION ENGG (LEC 45)

49:13

PRACTICE SESSION II KENNEDY'S THEORY OF CANAL DESIGN II WEBSTER'S METHOD OF SIGNAL DESIGN

45:53

TRAFFIC FLOW CHARACTERISTICS (PART 2) II TRAFFIC ENGG II TRANSPORTATION ENGG (LEC 44)

47:26

TRAFFIC FLOW CHARACTERISTICS (PART 1) II TRAFFIC ENGG II TRANSPORTATION ENGG (LEC 43)

44:28

ROAD USER & VEHICLE CHARACTERISTICS || TRAFFIC ENGG || TRANSPORTATION ENGG (LEC42)

35:15

STREAMFLOW MEASUREMENT BY SLOPE AREA METHOD || WRE (LEC 42) || CLASS ASSESSMENT

03:29

AAKHAMA GAJAL || DANCE BY CUTIE VAISHU 😍😘

42:48

MOVING OBSERVER METHOD (PROBLEM EXPLAINED) || TRAFFIC ENGG SURVEYS || PRACTICE SESSION

39:09

Wind Rose Diagram example | airport engineering lecture

46:49

TRACTION & TRACTIVE RESISTANCES ON TRAIN (PART 2) || PROBLEM EXPLAINED || RAILWAY ENGG

47:35

CLASS ASSESSMENT ON RAILWAY GEOMETRIC DESIGN

42:53

TRANSPORTATION ENGG: LEC41_CLASS ASSESSMENT ON PAVEMENT DESIGN

49:00

TRACTION & TRACTIVE RESISTANCES ON TRAIN (PART 1) || RAILWAY ENGG

48:52

TRANSPORTATION ENGG: LEC40_NUMERICAL ON RIGID PAVEMENT DESIGN (AS PER IRC-58)

43:37

PENETRATION VALUE TEST OF BITUMEN || SOFTENING POINT TEST OF BITUMEN || CE(PC)596 - EXP 4 & 5

28:43

AGGREGATE SHAPE TEST || CE(PC)596 - EXP 2

29:18

LOS ANGELES ABRASION VALUE TEST ON COARSE AGGREGATE || CE(PC)596 - EXP 3

34:43

CONING OF WHEELS, TILTING OF RAILS, TURNOUTS || RAILWAY ENGG

42:09

GEOMETRIC DESIGN OF RAILWAY (PART3) || NEGATIVE SUPER-ELEVATION || RAILWAY ENGG

40:46

TRANSPORTATION ENGG: LEC39_RIGID PAVEMENT DESIGN AS PER IRC 58 PART-1

52:00

GEOMETRIC DESIGN OF RAILWAY TRACKS (PART2) || EQUILIBRIUM SUPER-ELEVATION || RAILWAY ENGG

41:59

GEOMETRIC DESIGN (PART 1) || GRADIENTS || RAILWAY ENGG

41:02

TRANSPORTATION ENGG: LEC38_DOWEL BAR DESIGN AS PER IRC METHOD (NEW METHOD)

46:01

HYDROGRAPH || GATE QUESTIONS EXAMPLES || WATER RESOURCES ENGG (LEC41)

46:36

S-CURVE || PROBLEM EXPLAINED ||HYDROGRAPH || WATER RESOURCES ENGG (LEC 40)

45:58

S curve hydrograph derivation | Engineering Hydrology

43:41

TRANSPORTATION ENGG: LEC37_NUMERICAL ON DOWEL BAR DESIGN BY BRADBURY'S ANALYSIS

46:26

TRANSPORTATION ENGG: LEC36_DOWEL BAR DESIGN_OLD METHOD (BRADBURY' ANALYSIS)

41:34

TRANSPORTATION ENGG: LEC35_CONCEPT OF DOWEL BAR DESIGN IN RIGID PAVEMENT

54:23

SUPERIMPOSITION METHOD || APPLICATION OF UNIT HYDROGRAPH || WATER RESOURCES ENGG (LEC 38)

42:07

UNIT HDROGRAPH || ASSUMPTIONS & DERIVATION || RESOURCES ENGG (LEC 37)

46:27

TRANSPORTATION ENGG: LEC34_DESIGN OF TIE BAR

41:35

Factors affecting Hydrograph | Engineering Hydrology

49:23

Elements of hydrograph | Engineering Hydrology

44:19

YIELD OF TUBE WELL (Thiem's & Dupuit's Analysis) || GROUNDWATER HYDROLOGY || WRE (LEC 34)

45:20

TRANSPORTATION ENGG: LEC33_DESIGN OF CONTRACTION JOINT IN RIGID PAVEMENT

40:25

TRANSPORTATION ENGG: LEC32_DESIGN OF EXPANSION JOINT IN RIGID PAVEMENT

39:37

TRANSPORTATION ENGG: FRICTIONAL STRESS & CRITICAL COMBINATION OF STRESSES IN RIGID PAVEMENT

33:01

MOVING OBSERVER METHOD || FLOATING CAR METHOD || TRAFFIC ENGINEERING STUDIES || TRAFFIC ENGG (LEC10)

42:59

TRAFFIC ENGINEERING STUDIES || TRAFFIC ENGG (LEC 9)

44:04

Nunerical on Webster's Method of Signal Design | Traffic Engg (Lec 8)

48:00

YIELD OF OPEN WELL || RECUPERATION TEST || GROUNDWATER HYDROLOGY || WRE (LEC 33)

42:17

TRANSPORTATION ENGG: LEC29_WARPING STRESSES IN RIGID PAVEMENT

41:56

INTRODUCTION TO GROUND WATER HYDROLOGY || TYPES OF AQUIFERS || WATER RESOURCES ENGG (LEC 32)

42:39

TRANSPORTATION ENGG: LEC28_WESTERGARD'S EQUATION FOR STRESS DUE TO LOADING IN RIGID PAVEMENT

45:33

Webster Method of Traffic Signal Design | Traffic Engg - Lec7

38:19

LINED CANAL DESIGN || PROBLEM EXPLAINED || IRRIGATION ENGG || WATER RESOURCES ENGG (LEC 31)

39:12

LINED CANAL DESIGN || IRRIGATION ENGG || WATER RESOURCES ENGG (LEC 30)

43:58

TRANSPORTATION ENGG: LEC27_BURMISTER TWO LAYER THEORY_NUMERICAL

50:41

Traffic Signal Design by Trial Cycle Method (Problem Explained) | Traffic Engg (Lec 6)

43:04

rotary intersection design | rotary capacity estimation | traffic engg

46:39

TRANSPORTATION ENGG: LEC26_BURMISTER TWO LAYERS THEORY OF FLEXIBLE PAVEMENT DESIGN

48:30

Traffic Signs & Traffic Markings | Traffic Engg (Lec3)

39:51

ROAD INTERSECTION || TRAFFIC ENGG (LEC 4)

41:40

TRANSPORTATION ENGG: CLASS ASSESSMENT_FLEXIBLE PAVEMENT DESIGN

43:30

TRAFFIC FLOW CHARACTERISTICS (PART 2) || TRAFFIC ENGG (LEC 2)

44:14

TRANSPORTATION ENGG: LEC25_NUMERICAL ON FLEXIBLE PAVEMENT DESIGN BY MODIFIED CBR METHOD

45:59

TRAFFIC FLOW CHARACTERISTICS (PART 1) || TRAFFIC ENGG (LEC 2)