BCEM ONESHOT RGPV | Basic Civil Engineering and Mechanics | BCEM RGPV Important Topics | RGPV Exam

Описание: Title - BCEM ONESHOT RGPV | Basic Civil Engineering and Mechanics | BCEM RGPV Important Topics | RGPV Exam | ‪@Growwithfarooque‬

In This video i had taught you about BCEM RGPV Exam 2026

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   • 8 Most important Questions of Basic Civil ...  

Oneshot Bcem -    • Basic Civil Engineering and Mechanics | BC...  

8 important topics -    • Only 8 Topics and BCEM RGPV Complete | Bas...  

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1. Materials: What are the properties and tests for cement and concrete?
2. Surveying: Describe types of surveying tools and their measurement methods.
3. Mapping: Explain the importance of contouring and remote sensing.
4. Mechanics: How do you analyze trusses and solve equilibrium problems?
5. Centre of Gravity: What are the calculations for centroid and moment of inertia?

Unit I: Building Materials & Construction -
Focus on materials: stones, bricks, cement, timber - know their properties, tests, and uses.
Processes: making concrete, workability, compaction, curing, and construction elements like foundations, RCC footings, walls, plastering, floors, roofs, and staircases.
and similarly, everything in video:
Unit II: Surveying & Positioning
Unit III: Mapping & Sensing
Unit IV: Engineering Mechanics
Unit V: Centre of Gravity and Moment of Inertia

Top best 8 topics for BCEM RGPV - Basic civil engineering RGPV

Topic 1: Cement and Concrete Testing & Properties-
Test of Cement – Different tests check cement quality, including fineness, consistency, setting time, and strength.
Lab Test and Field Test – Lab tests are precise (example- compressive strength), while field tests are quick (example - touch test, color check).
Workability of Concrete – Ability of concrete to be mixed, placed, and finished easily.
Higher workability means smoother construction.
Curing of Concrete – Keeping concrete moist after placing to gain strength and prevent cracks.
Properties of Concrete – Strength, durability, water resistance, and workability determine its quality.

Mortar – A mix of cement, sand, and water used to bond bricks or stones.
Plastering and Pointing – Plastering smoothens walls; pointing strengthens joints between bricks/stones.
Types of Bricks – Burnt clay bricks, fly ash bricks, concrete bricks, etc., used in construction.
Brick Masonry – The method of joining bricks with mortar to make strong walls.
Types of bonds – Arrangements of bricks to improve strength, such as English bond, Flemish bond, and stretcher bond.

Element of Building Construction – Basic components like walls, roofs, floors, and columns.
Door, Window, Stairs – Openings for entry/exit and movement inside buildings.
Foundations and Types – A structure that transfers building load to the ground.
Shallow and Deep Foundations – Shallow foundations (example - strip, raft) for light structures, deep foundations (example - pile, well) for heavy structures.

Surveying and Mapping – Measuring land to create maps for construction.
Traversing – A method of surveying using interconnected lines.
Fore Bearing and Back Bearing – Angles used in navigation and surveying for direction.
Leveling and Its Types – Finding height differences in land, including simple, differential, and precise leveling.

Contour and Contour Line – Lines on maps showing land elevation and slopes.
Properties of Contour Lines – Never cross each other, indicate slope steepness, and form closed loops.
Remote Sensing – Using satellites or drones to collect land and environment data.

System of Force – Coplanar, Concurrent, Non-Concurrent.
--- Coplanar: Forces in the same plane.
--- Concurrent: Forces meet at a single point.
--- Non-Concurrent: Forces do not meet at a single point.
Free Body Diagram (FBD) – A simple diagram showing all forces acting on an object.
Bows Notation – A method to identify forces in trusses using letters.
Lami's Theorem – A rule to find unknown forces acting at a point when three forces are in equilibrium.

Truss – Method of Solving Truss:
-- A framework of members joined at joints to bear loads.
Methods - Method of joints (solving at joints), Method of sections (solving sections directly).

Beam Analysis -
Shear Force – The internal force that tries to slide one part of a beam against another.
Bending Moment – The force that tries to bend the beam when a load is applied.

Mass Distribution-
Center of Gravity (CG) – The point where an object’s entire weight is balanced.

Moments of Inertia and Theorems-
Moment of Inertia (MOI) – A measure of an object’s resistance to rotation.
Perpendicular Axis Theorem – MOI of a plane object about the z-axis is the sum of its MOI about the x and y axes.

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