Made easy | AC7748EB620196A653467EC206FF89F7C0D3502A

Made easy

Name	made easy	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	290.6 GB
Total Files	593
Last Seen
Hash	AC7748EB620196A653467EC206FF89F7C0D3502A

/RCC/
Lecture 28 A (Earthquake).mp4	1.2 GB

GATE 2023 WB.zip	1.0 GB
GS WB.zip	267.1 MB
Made Easy PM+MATERIALS+ICT+ETHICS.pdf	23.9 MB
WB Chapter 1 Solutions.mp4	571.1 MB
WB Chapter 2 Solutions.mp4	491.4 MB
WB Chapter 3 Solutions.mp4	678.3 MB
WB Chapter 4 Solutions.mp4	542.7 MB
WB Chapter 5 Solutions.mp4	557.3 MB
WB Chapter 6 Solutions.mp4	466.8 MB
2024-05-14_210012.png	6.2 MB
BMC/
Lecture 1 (cement).mp4	831.5 MB
Lecture 2 (cement).mp4	632.5 MB
Lecture 3 (cement).mp4	742.7 MB
Lecture 4 (Lime and Mortar).mp4	731.8 MB
Lecture 5 (concrete).mp4	724.1 MB
Lecture 6.mp4	935.7 MB
Lecture 7.mp4	909.2 MB
Lecture 8.mp4	969.0 MB
Lecture 9 (Bricks-1).mp4	825.1 MB
Lecture 10 (Bricks-2 & Timber-1).mp4	918.4 MB
Lecture 11 (Timber-2).mp4	498.3 MB
Miscellaneous Topic Building Materials.mp4	512.2 MB
Ed/
Lecture 1.mp4	533.1 MB
Lecture 2.mp4	551.5 MB
Lecture 3.mp4	573.1 MB
Lecture 4.mp4	545.7 MB
Lecture 5.mp4	525.7 MB
Lecture 6.mp4	477.6 MB
Lecture 7.mp4	487.2 MB
Lecture 8.mp4	461.8 MB
Lecture 9.mp4	536.1 MB
Lecture 10.mp4	681.7 MB
Lecture 11.mp4	601.0 MB
Lecture 12.mp4	443.8 MB
Energy & Environment/
Lecture 1.mp4	654.0 MB
Lecture 2.mp4	667.8 MB
Lecture 3.mp4	678.6 MB
Lecture 4.mp4	751.2 MB
Lecture 5.mp4	671.9 MB
Lecture 6.mp4	652.5 MB
Lecture 7.mp4	590.8 MB
Lecture 8.mp4	661.2 MB
Lecture 9.mp4	664.8 MB
Lecture 10.mp4	675.5 MB
Lecture 11.mp4	651.9 MB
Lecture 12.mp4	643.5 MB
ENGG MECHANICS/
Lecture 1.mp4	708.4 MB
Lecture 2.mp4	693.8 MB
Lecture 3.mp4	626.7 MB
Lecture 4 (2).mp4	683.3 MB
Lecture 5 (2).mp4	617.9 MB
Lecture 6 (2).mp4	685.8 MB
Lecture 7.mp4	602.2 MB
Lecture 8 (2).mp4	641.7 MB
Lecture 9 (2).mp4	573.8 MB
Lecture 10.mp4	458.2 MB
Lecture 11 (2).mp4	607.4 MB
Lecture 12.mp4	588.0 MB
Mass Moment Of Inertia Part-1.mp4	206.9 MB
Mass Moment Of Inertia Part-2.mp4	201.3 MB
English/
Lecture 1 A.mp4	473.4 MB
Lecture 1 B.mp4	302.2 MB
Lecture 2 A.mp4	484.2 MB
Lecture 2 B.mp4	269.4 MB
Lecture 3 A.mp4	356.7 MB
Lecture 3 B.mp4	331.5 MB
Lecture 4 A.mp4	490.3 MB
Lecture 4 B.mp4	247.8 MB
Lecture 5 A.mp4	484.5 MB
Lecture 5 B.mp4	452.5 MB
Lecture 6 A.mp4	366.4 MB
Lecture 6 B.mp4	298.3 MB
/English/English 2/
Lecture 1.mp4	608.0 MB
ENVIRONMENT/
Lecture 1 A.mp4	349.5 MB
Lecture 1 B.mp4	447.5 MB
Lecture 2 A.mp4	492.9 MB
Lecture 2 B.mp4	854.4 MB
Lecture 2 C (TRY YOURSELF SOLUTIONS).mp4	507.8 MB
Lecture 3 A.mp4	398.8 MB
Lecture 3 B.mp4	389.3 MB
Lecture 4 A.mp4	701.9 MB
Lecture 4 B.mp4	678.9 MB
Lecture 5 A.mp4	351.8 MB
Lecture 5 B.mp4	389.9 MB
Lecture 5 C.mp4	236.0 MB
Lecture 6 A.mp4	644.1 MB
Lecture 6 B.mp4	568.6 MB
Lecture 7 A (2).mp4	470.7 MB
Lecture 7 B.mp4	328.3 MB
Lecture 8 A.mp4	422.6 MB
Lecture 8 B.mp4	418.5 MB
Lecture 8 C.mp4	194.4 MB
Lecture 9 A.mp4	496.4 MB
Lecture 9 B.mp4	554.8 MB
Lecture 10 A (2).mp4	546.0 MB
Lecture 10 B.mp4	392.2 MB
Lecture 11 A.mp4	581.5 MB
Lecture 11 B.mp4	754.7 MB
Lecture 12 A (2).mp4	438.9 MB
Lecture 12 B (2).mp4	395.1 MB
Lecture 13 A (2).mp4	565.5 MB
Lecture 13 B.mp4	448.5 MB
Lecture 14 A (2).mp4	593.0 MB
Lecture 14 B.mp4	344.5 MB
Lecture 15 A.mp4	438.2 MB
Lecture 15 B.mp4	316.9 MB
Lecture 16 A (2).mp4	389.0 MB
Lecture 16 B.mp4	443.7 MB
Lecture 17.mp4	733.1 MB
Lecture 18 A.mp4	547.3 MB
Lecture 18 B.mp4	625.4 MB
Lecture 19 A.mp4	403.5 MB
Lecture 19 B.mp4	641.7 MB
Lecture 20 A.mp4	561.5 MB
Lecture 20 B.mp4	367.1 MB
Lecture 20 C.mp4	153.6 MB
Lecture 21 A.mp4	393.1 MB
Lecture 21 B.mp4	758.3 MB
Lecture 22 A.mp4	334.9 MB
Lecture 22 B.mp4	558.1 MB
Lecture 23 A.mp4	346.1 MB
Lecture 23 B.mp4	360.0 MB
Ethics/
Lecture 1.mp4	360.9 MB
Lecture 2.mp4	363.5 MB
Lecture 3.mp4	370.4 MB
Lecture 4.mp4	372.6 MB
Lecture 5 A.mp4	454.6 MB
Lecture 5 B.mp4	289.7 MB
Fluid machinery/
Lecture 4 (Inward Flow Reaction Turbine).mp4	441.8 MB
Lecture 5 (Inward Flow Reaction Turbine Part-2).mp4	573.3 MB
Lecture 6 (Draft Tube Performance Parameter Of Turbine).mp4	362.7 MB
Lecture 7 (Centrifugal Pump - 1) .mp4	611.7 MB
Lecture 8 (Centrifugal Pump - 2).mp4	454.9 MB
Runway Speed, Q-15 , Q-67.mp4	72.9 MB
FM/
Lecture 1.mp4	636.3 MB
Lecture 2.mp4	803.7 MB
Lecture 3 A.mp4	632.2 MB
Lecture 3 B (Wb Discussion of Fluid Properties).mp4	206.5 MB
Lecture 4.mp4	751.9 MB
Lecture 5.mp4	781.9 MB
Lecture 6.mp4	583.4 MB
Lecture 7 A.mp4	732.6 MB
Lecture 7 B (Wb Discussion of Fluid Statics).mp4	322.1 MB
Lecture 8.mp4	724.1 MB
Lecture 9.mp4	645.0 MB
Lecture 10 A.mp4	802.6 MB
Lecture 10 B(Wb Discussion Of Fluid Kinematics).mp4	191.9 MB
Lecture 11.mp4	426.1 MB
Lecture 12 A.mp4	783.7 MB
Lecture 12 B.mp4	323.7 MB
Lecture 13 A.mp4	757.8 MB
Lecture 13 B (Wb Discussion Of Dimensional Analysis).mp4	123.8 MB
Lecture 14 A.mp4	813.7 MB
Lecture 14 B (Wb Discussion Of Pipe Flow).mp4	280.5 MB
Lecture 15.mp4	826.6 MB
Lecture 16 A (Wb Discussion Of Laminar Flow).mp4	267.4 MB
Lecture 16 A.mp4	783.3 MB
Lecture 17 A (Boundary Layer Theory).mp4	705.0 MB
Lecture 17 B (Wb Discussion Of Boundary Layer).mp4	193.7 MB
Lecture 18 A (Flow Over Submerged Body Turbulent Flow).mp4	779.0 MB
Lecture 18 B (MSQ Discussion).mp4	499.2 MB
HDYROLOGY/
Lecture 1 A.mp4	506.8 MB
Lecture 1 B.mp4	686.1 MB
Lecture 2 A.mp4	443.3 MB
Lecture 2 B.mp4	350.4 MB
Lecture 2 C.mp4	515.8 MB
Lecture 3.mp4	678.4 MB
Lecture 4 (2).mp4	636.5 MB
Lecture 5 (2).mp4	677.8 MB
Lecture 6 (2).mp4	522.1 MB
Lecture 7.mp4	771.0 MB
Lecture 8 (2).mp4	579.6 MB
Lecture 9 A.mp4	65.3 MB
Lecture 9 B.mp4	255.8 MB
Lecture 9 C.mp4	552.1 MB
Lecture 10.mp4	589.8 MB
Lecture 11 (2).mp4	611.2 MB
Lecture 12.mp4	478.6 MB
Hydraulic Machine/
Lecture 1 A (Impact Of Jets).mp4	708.9 MB
Lecture 1 B (Impact Of Jets).mp4	332.8 MB
Lecture 2 (Impact Of Jets Layout Of Hydro Power plant) .mp4	923.0 MB
Lecture 3 A (Impulse Turbine).mp4	517.8 MB
Lecture 3 B (Introduction Of Reaction Turbine).mp4	306.9 MB
Lecture 4 A (Discussion On Inward Flow Reaction Turbine).mp4	480.4 MB
Lecture 4 B (Discussion On Axial Flow Reaction Turbine).mp4	253.1 MB
Lecture 5 B (Introduction Of Centrifugal Pump).mp4	184.6 MB
Lecture 6 A (Introduction Of Centrifugal Pump Part 2).mp4	424.1 MB
Lecture 6 B (Introduction Of Centrifugal Pump Part 3).mp4	279.1 MB
Lecture_5_A_Discussion_On_D_T_&_Perfomance_Parameter_Of_Turbine.mp4	513.3 MB
Lecture_7_Discussion_On_Centrifugal_Pump_And_Basics_Of_Reciprocating.mp4	750.0 MB
Q 15, 67 Video Solutions.mp4	38.9 MB
Ict/
Lecture 1 (e - Governance).mp4	426.9 MB
Lecture 2 (e - Governance).mp4	484.8 MB
Lecture 3 (e - Governance).mp4	404.8 MB
Lecture 4 (e - Governance).mp4	432.8 MB
Lecture 5 (e - Education).mp4	516.3 MB
Lecture 6 (e - Education).mp4	469.6 MB
Lecture 7 (ICT Tools).mp4	439.5 MB
Lecture 8 (Hardware Components Of Computer).mp4	468.1 MB
Lecture 9 (Memory Devices).mp4	473.7 MB
Lecture 10 (Networking).mp4	456.2 MB
Lecture 11 (Network Models).mp4	538.2 MB
Lecture 12 (Network).mp4	517.3 MB
Lecture 13 (Network Security).mp4	546.5 MB
IRRIGATION/
5_6276321815149150861.pdf	8.4 MB
Lecture 1 A.mp4	682.2 MB
Lecture 1 B.mp4	439.4 MB
Lecture 1.mp4	944.6 MB
Lecture 2..mp4	1.1 GB
Lecture 2.mp4	623.7 MB
Lecture 3..mp4	449.5 MB
Lecture 3.mp4	901.8 MB
Lecture 4 (2).mp4	396.3 MB
Lecture 4 A.mp4	303.0 MB
Lecture 4 B.mp4	787.9 MB
Lecture 5 A.mp4	432.8 MB
Lecture 5 B.mp4	286.4 MB
Lecture 6 A.mp4	417.6 MB
Lecture 6 B (Numericals Field Capacity Consumptive Use).mp4	443.2 MB
Lecture 6 B.mp4	415.6 MB
Lecture 6 C.mp4	833.4 MB
Lecture 7 A (2).mp4	323.2 MB
Lecture 7 A (Consumptive Use & Numericals).mp4	504.4 MB
Lecture 7 B (Design Of Unlined Canals).mp4	276.5 MB
Lecture 7 B.mp4	426.3 MB
Lecture 8 A (Kennedys Theory).mp4	384.9 MB
Lecture 8 B (Laceys & Shields Theory).mp4	428.0 MB
Lecture 9 Shield Theory & Lined Canal).mp4	844.5 MB
Lecture 10 A (Forces Acting On Gravity Dam).mp4	315.5 MB
Lecture 10 B (Analysis Of Gravity Dam).mp4	413.6 MB
Lecture 11 A (Design Of Gravity Dam).mp4	389.2 MB
Lecture 11 B (Theories Of Seepage).mp4	417.1 MB
Lecture 11 C (Miscellaneous).mp4	466.7 MB
Lecture 11 D (Miscellaneous).mp4	529.5 MB
Lecture_5_Duty,_Delta_Numericals,_Reservoir_Capacity,_Overlap_Allowance.mp4	708.0 MB
Lecture_6_A_Field_Capacity,_Optimum_Moisture_Level,_Permanent_Wilting.mp4	421.9 MB
MATERIAL SCIENCE/
Composite & Alloys.mp4	537.5 MB
Lecture 1 (Introduction).mp4	668.1 MB
Lecture 2 (Atomic Structure).mp4	554.7 MB
Lecture 3 (Atomic Failure).mp4	608.5 MB
Lecture 4 (Crystallography).mp4	556.9 MB
Lecture 5 (Crystallography).mp4	530.3 MB
Lecture 6 (Crystallography Electric Properties Of Materials).mp4	597.7 MB
Lecture 7 (Electric Properties Of Materials).mp4	532.7 MB
Lecture 8.mp4	503.6 MB
Lecture 10 (Magnetic Properties Ceramics).mp4	607.2 MB
Lecture 11 (Polymers).mp4	695.5 MB
Lecture 12 (Alloys & Phase Diagram).mp4	382.4 MB
Lecture_9_Electric_Properties_Of_Materials_Magnetic_Properties.mp4	651.0 MB
Mechanical Properties.mp4	774.8 MB
MATHS/
Lecture 1.mp4	639.3 MB
Lecture 2 A (Linear Algebra).mp4	497.6 MB
Lecture 2 B (Linear Algebra).mp4	250.7 MB
Lecture 3 A (Linear Algebra).mp4	616.4 MB
Lecture 3 B (Linear Algebra).mp4	413.2 MB
Lecture 4 A (Linear Algebra).mp4	478.2 MB
Lecture 4 B (Probability).mp4	394.1 MB
Lecture 5 A (Probability).mp4	464.6 MB
Lecture 5 B (Probability).mp4	240.1 MB
Lecture 6 (Probability).mp4	538.5 MB
Lecture 7 A (Probability).mp4	471.3 MB
Lecture 7 B (Probability).mp4	328.8 MB
Lecture 8 (Probability).mp4	578.1 MB
Lecture 9 A (Calculus).mp4	514.3 MB
Lecture 9 B (Calculus).mp4	311.9 MB
Lecture 10 A (Calculus).mp4	486.1 MB
Lecture 10 B (Calculus).mp4	292.1 MB
Lecture 11 A (Calculus).mp4	549.6 MB
Lecture 11 B (Calculus).mp4	276.2 MB
Lecture 12 A (Vector Calculus).mp4	600.7 MB
Lecture 12 B (Vector Calculus).mp4	259.4 MB
Lecture 13 A (Vector Calculus) (2).mp4	292.4 MB
Lecture 13 B (Differential Equations) (2).mp4	509.5 MB
Lecture 14 A (Differential Equations).mp4	532.0 MB
Lecture 14 B (Partial Equations).mp4	209.7 MB
Lecture 15 A (Complex Variables).mp4	575.7 MB
Lecture 15 B (Complex Variables).mp4	182.3 MB
Lecture 16 A (Complex Variables).mp4	543.4 MB
Lecture 16 B (Complex Variables).mp4	192.1 MB
Lecture 17 A (Numerical Methods).mp4	410.1 MB
Lecture 17 B (Numerical Methods).mp4	354.1 MB
Lecture 18 (Laplace Transforms Fourier Series).mp4	548.7 MB
OCF/
Lecture 01 (Introduction).mp4	569.2 MB
Lecture 02 (Introduction).mp4	621.2 MB
Lecture 03 A (Introduction).mp4	377.9 MB
Lecture 03 B (Uniform Flow).mp4	177.1 MB
Lecture 04 (Uniform Flow).mp4	509.3 MB
Lecture 05 A (Ch 3 - Energy Depth Relationship).mp4	350.6 MB
Lecture 05 B (Ch 3 - Energy Depth Relationship).mp4	301.3 MB
Lecture 06 A (Ch 3 - Energy Depth Relationship).mp4	434.0 MB
Lecture 06 B (Ch 4 - Gradually Varied Flow).mp4	157.9 MB
Lecture 07 A (Ch 4 - Gradually Varied Flow).mp4	400.7 MB
Lecture 07 B (Ch 4 - Gradually Varied Flow).mp4	412.4 MB
Lecture 08 A (Ch 4 - Gradually Varied Flow).mp4	384.6 MB
Lecture 08 B (Ch 5 - Rapidly Varied Flow).mp4	508.8 MB
Lecture 09 (Ch 6 - Surges).mp4	509.9 MB
Project Management/
Lecture 1.mp4	612.8 MB
Lecture 2.mp4	508.4 MB
Lecture 3.mp4	355.6 MB
Lecture 4 A.mp4	452.1 MB
Lecture 4 B.mp4	260.5 MB
Lecture 5.mp4	491.9 MB
Lecture 6.mp4	347.5 MB
RAILWAY AND AIRPORT/
Lecture 01 (Rails).mp4	763.1 MB
Lecture 02 (Railway Track-Part B).mp4	875.9 MB
Lecture 03 (Railway Track-Part C & Tractive Efforts).mp4	642.1 MB
Lecture 04 (Geometric Design Of Railways).mp4	1.0 GB
Lecture 05 (Geometric Design Of Railways-2).mp4	429.3 MB
Lecture 06 (Points & Crossing-Turnout).mp4	1.1 GB
Lecture 7 A Airport.mp4	1.1 GB
Lecture 7 B (Airport).mp4	401.2 MB
RCC/
Lecture 1 A (Introduction).mp4	613.5 MB
Lecture 1 B (Introduction).mp4	485.7 MB
Lecture 2 A (Introduction).mp4	444.2 MB
Lecture 2 B (Introduction).mp4	398.9 MB
Lecture 3 A (Introduction).mp4	448.3 MB
Lecture 3 B (WSM).mp4	479.4 MB
Lecture 4 A (WSM).mp4	612.2 MB
Lecture 4 B (WSM).mp4	480.1 MB
Lecture 5 A (WSM).mp4	424.3 MB
Lecture 5 B (LSM).mp4	565.7 MB
Lecture 5 C (WB Solution WSM).mp4	94.0 MB
Lecture 6 A (LSM).mp4	495.6 MB
Lecture 6 B (LSM).mp4	438.8 MB
Lecture 7 A (LSM).mp4	495.1 MB
Lecture 7 B (LSM).mp4	393.5 MB
Lecture 8 A (LSM).mp4	468.1 MB
Lecture 8 B (LSM).mp4	471.1 MB
Lecture 9 A (LSM).mp4	446.0 MB
Lecture 9 B (Design Of Beams).mp4	407.0 MB
Lecture 10 A (Design Of Shear).mp4	539.8 MB
Lecture 10 B (Design Of Shear).mp4	344.6 MB
Lecture 10 C (Wb Solution Design Of Beams).mp4	216.5 MB
Lecture 10 D (Wb Solution LSM).mp4	428.5 MB
Lecture 11 A (Design For Shear).mp4	478.2 MB
Lecture 11 B (Design For Shear).mp4	266.2 MB
Lecture 12 (Design For Torsion Bond Length Development).mp4	769.3 MB
Lecture 13 A (Bond Length Development).mp4	524.0 MB
Lecture 14 A (Design Of Slab).mp4	582.2 MB
Lecture 14 B (Design Of Slab).mp4	291.9 MB
Lecture 15 A (Design Of Slab).mp4	557.1 MB
Lecture 15 B (Design Of Slab).mp4	343.9 MB
Lecture 15 C (Wb Solution Design Of Slab).mp4	103.9 MB
Lecture 16 A (Design Of Slab).mp4	511.2 MB
Lecture 16 B (Design Of Column).mp4	307.1 MB
Lecture 17 A (Design Of Columns).mp4	519.6 MB
Lecture 17 B (Design OF Columns).mp4	343.5 MB
Lecture 18 A (Design Of Columns).mp4	523.1 MB
Lecture 18 B (Design Of Columns).mp4	379.1 MB
Lecture 18 C (Wb Solution Design Of Columns).mp4	195.8 MB
Lecture 19 A (Design of Foundation).mp4	651.6 MB
Lecture 19 B (Design Of Foundation).mp4	398.3 MB
Lecture 19 C (Wb Solution Design Of Foundation).mp4	81.5 MB
Lecture 20 A (Prestressed Concrete).mp4	626.0 MB
Lecture 20 B (Prestressed Concrete).mp4	448.9 MB
Lecture 21 A (Prestressed Concrete).mp4	371.9 MB
Lecture 21 B (Prestressed Concrete).mp4	390.8 MB
Lecture 22 A (Prestressed Concrete).mp4	407.2 MB
Lecture 22 B (Prestressed Concrete).mp4	410.1 MB
Lecture 23 A (Prestressed Concrete).mp4	535.7 MB
Lecture 23 B (Prestressed Concrete).mp4	485.8 MB
Lecture 24 A (Prestressed Concrete).mp4	553.6 MB
Lecture 24 B (Wb Solution Prestressed Concrete).mp4	361.3 MB
Lecture 24 C (Water Tank).mp4	404.1 MB
Lecture 25 A (Water Tank).mp4	994.5 MB
Lecture 25 B (Wb Solution Water Tank).mp4	68.7 MB
Lecture 26 A (Masonry Wall).mp4	455.6 MB
Lecture 26 B (Wb Solution Masonry).mp4	81.9 MB
Lecture 27 A (Retaining Wall).mp4	123.3 MB
Lecture 27 B (Retaining Wall).mp4	465.4 MB
Lecture 28 B (Retaining Wall).mp4	212.3 MB
Lecture 28 C (Wb Solution Retaining Wall).mp4	86.6 MB
Lecture 28 D (Wb Solution Earthquake).mp4	97.3 MB
Lecture 28 E (Stair Case).mp4	15.0 MB
Lecture_13_B_Wb_Solution_Design_Of_Shear_Bond_&_Torsion.mp4	230.0 MB
SOIL/
Lecture 1 A.mp4	527.2 MB
Lecture 1 B.mp4	421.0 MB
Lecture 2 A.mp4	487.8 MB
Lecture 2 B.mp4	154.6 MB
Lecture 3 A.mp4	528.3 MB
Lecture 3 B.mp4	268.5 MB
Lecture 4 A.mp4	488.5 MB
Lecture 4 B.mp4	421.0 MB
Lecture 5 A.mp4	525.5 MB
Lecture 5 B.mp4	268.9 MB
Lecture 6 A.mp4	443.9 MB
Lecture 6 B.mp4	425.8 MB
Lecture 7 A.mp4	292.4 MB
Lecture 8 A.mp4	419.3 MB
Lecture 8 B.mp4	312.1 MB
Lecture 9 A.mp4	432.2 MB
Lecture 9 B.mp4	222.5 MB
Lecture 10 A.mp4	444.9 MB
Lecture 10 B.mp4	292.6 MB
Lecture 11 A-0.mp4	558.6 MB
Lecture 11 A-1 (CHP-5 - STRESS DISTRIBUTION).mp4	515.8 MB
Lecture 11 A-2(CHP-6 - COMPACTION).mp4	491.4 MB
Lecture 11 B.mp4	389.3 MB
Lecture 12 A.mp4	375.9 MB
Lecture 12 B.mp4	57.0 MB
Lecture 13 A.mp4	438.9 MB
Lecture 13 B.mp4	209.7 MB
Lecture 14 A.mp4	422.2 MB
Lecture 14 B.mp4	226.1 MB
Lecture 15 A.mp4	404.8 MB
Lecture 15 B.mp4	293.6 MB
Lecture 16 A.mp4	573.4 MB
Lecture 16 B.mp4	233.2 MB
Lecture 17 A.mp4	519.5 MB
Lecture 17 B.mp4	300.0 MB
Lecture 18 A.mp4	442.3 MB
Lecture 18 B.mp4	169.6 MB
Lecture 19.mp4	671.1 MB
Lecture 20 A.mp4	457.2 MB
Lecture 20 B.mp4	171.3 MB
Lecture 21 A.mp4	309.2 MB
Lecture 21 B.mp4	145.9 MB
Lecture 22 A.mp4	552.8 MB
Lecture 22 B.mp4	382.6 MB
Lecture 23 A.mp4	371.9 MB
Lecture 23 B.mp4	510.7 MB
Lecture 24 A.mp4	392.3 MB
Lecture 24 B.mp4	96.9 MB
Lecture 25 A.mp4	601.6 MB
Lecture 25 B.mp4	230.0 MB
Lecture_2_C_CHP_2_CLAY_MINERALOGY,_SOIL_WATER,_SOIL_STRUCTURE_&.mp4	787.8 MB
SOM/
Lecture 1 (Properties of Materials).mp4	778.4 MB
Lecture 2 (Stress & Strain).mp4	713.2 MB
Lecture 3 (Stress & Strain).mp4	606.9 MB
Lecture 4 (Stress & Strain).mp4	557.2 MB
Lecture 5 (Stress & Strain).mp4	679.9 MB
Lecture 6 (Stress & Strain).mp4	659.6 MB
Lecture 7 (Properties of Materials).mp4	591.2 MB
Lecture 8 (Properties of Materials).mp4	354.1 MB
Lecture 9 (Properties of Materials).mp4	774.5 MB
Lecture 10 (SFD & BMD).mp4	608.4 MB
Lecture 11 (SFD & BMD).mp4	601.4 MB
Lecture 12 A (SFD & BMD).mp4	716.0 MB
Lecture 12 B (SFD & BMD).mp4	258.4 MB
Lecture 13 (SFD & BMD).mp4	136.5 MB
Lecture 14 A (Principle Stress).mp4	607.8 MB
Lecture 14 B (Principle Stress).mp4	493.3 MB
Lecture 15 A (Principle Stress).mp4	597.9 MB
Lecture 15 B (Mohr's Circle).mp4	421.6 MB
Lecture 16 A (Theory Of Failure).mp4	664.1 MB
Lecture 16 B (Theory Of Failure).mp4	373.3 MB
Lecture 17 A (Theory Of Failure).mp4	383.2 MB
Lecture 17 B (Bending Stress).mp4	500.1 MB
Lecture 18 A (Bending Stress).mp4	565.2 MB
Lecture 18 B (Bending Stress).mp4	419.9 MB
Lecture 19 A (Direct Shear Stress).mp4	608.0 MB
Lecture 19 B (Direct Shear Stress).mp4	446.7 MB
Lecture 20 A (Shear Centre & Shear Flow).mp4	316.9 MB
Lecture 21 A (Deflection).mp4	539.5 MB
Lecture 21 B (Deflection).mp4	391.9 MB
Lecture 22 A (Deflection).mp4	512.0 MB
Lecture 22 B (Deflection).mp4	310.6 MB
Lecture 23 (Deflection).mp4	592.2 MB
Lecture 24 (Deflection).mp4	455.6 MB
Lecture 25 (Deflection).mp4	602.1 MB
Lecture 26 (Deflection).mp4	599.3 MB
Lecture 27 A (Torsion).mp4	353.3 MB
Lecture 27 B (Torsion).mp4	68.5 MB
Lecture 28 A (Torsion).mp4	453.6 MB
Lecture 28 B (Torsion).mp4	288.2 MB
Lecture 29 A (Column).mp4	291.2 MB
Lecture 29 B (Column).mp4	230.3 MB
Lecture 30 (Column).mp4	314.1 MB
Lecture 31 (Column).mp4	209.2 MB
Standards & Quality/
Lecture 1 A.mp4	636.2 MB
Lecture 1 B.mp4	208.9 MB
Lecture 2 A.mp4	603.5 MB
Lecture 2 B.mp4	217.3 MB
Lecture 3 A.mp4	399.0 MB
Lecture 3 B.mp4	214.2 MB
Lecture 4 A.mp4	495.6 MB
Lecture 4 B.mp4	233.5 MB
Lecture 5 A.mp4	422.3 MB
Lecture 5 B.mp4	335.4 MB
Lecture 6.mp4	569.8 MB
Lecture 7 A.mp4	521.8 MB
Lecture 7 B.mp4	159.5 MB
Lecture 8 A.mp4	232.9 MB
Lecture 8 B.mp4	396.7 MB
Lecture 9 A.mp4	314.0 MB
Lecture 9 B.mp4	216.0 MB
Lecture 10.mp4	448.4 MB
STEEL/
Lecture 1 A.mp4	1.0 GB
Lecture 1 B.mp4	707.3 MB
Lecture 2 A.mp4	885.4 MB
Lecture 2 B.mp4	472.3 MB
Lecture 3 A.mp4	898.2 MB
Lecture 3 B.mp4	511.9 MB
Lecture 4 A.mp4	547.8 MB
Lecture 4 B.mp4	494.5 MB
Lecture 5 A.mp4	695.9 MB
Lecture 5 B.mp4	305.2 MB
Lecture 6 A.mp4	658.1 MB
Lecture 6 B.mp4	430.3 MB
Lecture 7 A (2).mp4	797.8 MB
Lecture 7 B.mp4	498.6 MB
Lecture 8 A.mp4	771.9 MB
Lecture 8 B.mp4	435.6 MB
Lecture 9 A.mp4	577.2 MB
Lecture 9 B.mp4	450.4 MB
Lecture 10 A (2).mp4	716.4 MB
Lecture 10 B.mp4	456.7 MB
Lecture 11 A.mp4	768.8 MB
Lecture 11 B.mp4	495.2 MB
Lecture 12 A (2).mp4	715.3 MB
Lecture 12 B (2).mp4	401.4 MB
Lecture 13 A (2).mp4	623.4 MB
Lecture 13 B.mp4	410.0 MB
Lecture 14 A (2).mp4	763.3 MB
Lecture 14 B.mp4	509.7 MB
Lecture 15 A.mp4	629.5 MB
Lecture 15 B.mp4	446.0 MB
Lecture 16 A (2).mp4	667.8 MB
Lecture 16 B.mp4	450.7 MB
Lecture 17 A.mp4	522.1 MB
Lecture 17 B.mp4	411.2 MB
STRUCTURE/
Lecture 1 (Introduction).mp4	311.3 MB
Lecture 2 (Trusses).mp4	936.0 MB
Lecture 3 (Trusses).mp4	822.4 MB
Lecture 4 (Deflection & Trusses).mp4	741.6 MB
Lecture 5 (Intermediate Trusses).mp4	803.6 MB
Lecture 6 (I. L. D. S).mp4	869.1 MB
Lecture 7 (I. L. D. S).mp4	763.2 MB
Lecture 8 (I. L. D. S For Indeterminate Structure).mp4	737.3 MB
Lecture 9 (Deflections In Determinate Frames).mp4	727.5 MB
Lecture 10 (MDM).mp4	812.1 MB
Lecture 11 (MDM).mp4	728.7 MB
Lecture 12 (MDM).mp4	695.7 MB
Lecture 13 (MDM).mp4	841.9 MB
Lecture 14 (Slope Deflection Method).mp4	776.7 MB
Lecture 15 (3 Hinged Arches).mp4	505.2 MB
Lecture 16 A (Two & Three Hinged Arches).mp4	635.2 MB
Lecture 16 B (Approximate Methods).mp4	520.8 MB
Lecture 17 A (Kinematic Indeterminacy & Stability).mp4	499.6 MB
Lecture 17 B (Matrix Methods).mp4	363.8 MB
Lecture 18 A (Flexibility Matrix & Structural Dynamics).mp4	442.8 MB
Lecture 18 B (Flexibility Matrix & Structural Dynamics).mp4	122.7 MB
SURVEY/
EXTRA-GPS,GIS,RS VIDEO.mp4	357.1 MB
EXTRA-INSTRUMENTS.mp4	634.7 MB
EXTRA-PLANE TABLE SURVEYING VIDEO.mp4	317.8 MB
EXTRA-TIME CONCEPT VIDEO.mp4	269.6 MB
EXTRA-TRIANGULATION VIDEO.mp4	129.1 MB
Lecture 1 A.mp4	534.6 MB
Lecture 1 B.mp4	436.5 MB
Lecture 2 A.mp4	535.3 MB
Lecture 2 B.mp4	427.5 MB
Lecture 3 A.mp4	490.4 MB
Lecture 3 B.mp4	359.7 MB
Lecture 4 A.mp4	595.4 MB
Lecture 4 B.mp4	315.4 MB
Lecture 5 A.mp4	587.4 MB
Lecture 5 B.mp4	420.8 MB
Lecture 6 A.mp4	478.1 MB
Lecture 6 B.mp4	566.6 MB
Lecture 7 A.mp4	534.7 MB
Lecture 7 B.mp4	347.6 MB
Lecture 8 A.mp4	551.3 MB
Lecture 8 B.mp4	254.0 MB
Lecture 9 A.mp4	484.8 MB
Lecture 9 B.mp4	428.0 MB
Lecture 10 A.mp4	453.2 MB
Lecture 10 B.mp4	523.8 MB
Lecture 10 C.mp4	416.7 MB
TE/
EXTRA - HIGHWAY INTRODUCTION.mp4	527.1 MB
EXTRA - SYMPTOMS CONSTRUCTION & HILLY ROADS.mp4	279.8 MB
EXTRA - TEST FOR AGGREGATE AND BITUMEN.mp4	352.0 MB
Lecture 1 (Geometric Design - CS Elements).mp4	708.0 MB
Lecture 2 (Geometric Design - Sight Distance).mp4	650.9 MB
Lecture 3 (Superelevation).mp4	800.0 MB
Lecture 4 A (Transition Curve).mp4	441.4 MB
Lecture 4 B (Transition Curve Set Back).mp4	497.9 MB
Lecture 5 A (Gradient Summit Curve).mp4	697.0 MB
Lecture 5 B (Valley Curve Vision).mp4	328.5 MB
Lecture 6 A (Traffic Volume Study).mp4	611.5 MB
Lecture 6 B (Traffic Flow & Capacity).mp4	405.1 MB
Lecture 7 A (Probability For Vehicle Arrival Speed Study).mp4	704.4 MB
Lecture 7 B (Floating Car Method).mp4	716.8 MB
Lecture 8 (Design Of Rotary).mp4	880.5 MB
Lecture 9 A (Traffic Signal).mp4	640.8 MB
Lecture 9 B (Delay & Queue).mp4	486.6 MB
Lecture 9 C (Design Parameters).mp4	333.4 MB
Lecture 10 A (Design Of Flexible Pavement).mp4	598.1 MB
Lecture 10 B (Design Of Flexible Pavement).mp4	264.7 MB
Lecture 10 C (Design Of Flexible Pavement).mp4	300.8 MB
Lecture 11 A (Analysis Of Stresses).mp4	651.3 MB
Lecture 11 B (Design Of Joints).mp4	357.0 MB
Lecture 11 C (Marshall Mix Design).mp4	445.4 MB
Total files 593