๐Ÿ’กTIPS FOR SAVING TIME & ๐Ÿ’ฐMONEY DURING CONSTRUCTION ๐Ÿ• Part 1

Welcome back friends, 

We all know that house construction is the very much interesting and important topic of everyone's life, or we can also say like it is the very much important dream in every ones life.

 House construction is also a time consuming or huge investment task some time or if we don't have as much required knowledge about it,

so today we are going to discuss about some basic and important tips that we can use during house construction to save our valuable time and money.

So lets start,

๐Ÿ‘‰Understand the present and future needs of your family.

 Generally house is the place where we spend most of the important and pretty time with our family. Means our family is the prime user of the house so before planning any house we must consider present or future needs of our family, means if a family having two Childs so as per the future requirements we need to design our house with two seprate rooms for each of them.



๐Ÿ‘‰Ensure that the construction plan, working drawings and the estimated costs are in place before starting construction.
   "A good start and a good end is most important" so before starting any construction activity we must have proper plan of building in hand with all the required drawings and a faire estimated cost, because we generally observe that many house constructions stop suddenly or go slower than their scheduled time due to some any changes in drawing or facing financial problems. so before starting actual activity we need to sort out this all issues as much as possible.

๐Ÿ‘‰Use local available materials.
         Transportation is being very much expensive now a days so we can save lots of money by using locally available materials. if we use locally available material we can order it at any time and within very much short duration it can arrive at our construction site hence we can reduce chances of stopping work due to material shortage.


๐Ÿ‘‰Make sure there is maximum natural light and air in all rooms By providing proper ventilation and windows.

   Not all the time artificial light or brightness is good Sometimes natural light play very good role in respect with artificial light. Natural light kills some types of bacteria and prevents fungi production due to moisture. Here is very major role is of your engineer because he can decide where and how much windows are required. Windows and doors are also need to design by considering function of room.


If you want more and more practical knowledge about construction and wanted to be a knowledgeable person in construction *Do follow my blogs๐Ÿ‘‰* also read my other blogs, 

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๐Ÿ How to protect the building from chemical and environmental attack?๐Ÿ— Part 2

 Welcome back, friends.

                 As we have discussed in Part 1๐Ÿ‘‰https://engineerpravinkadam.blogspot.com/2021/04/how-to-protect-building-from-chemical.html?m=1 of this blog about. How environment or Chemicals degrade the building,  Effects of chemical on building, How to protect the building from chemical attack? and we done General introduction about  the most. effective, economical and user friendly. Solution To protect the building from chemical attack that is AC- DUR- CT (S).

        We will discuss  more in details about this AC- DUR- CT CS) *Building chemicals* in this blog. 

So lets Go.

       It is Specially designed Coating having judicious blend of high quality. resin and inert fillers. It is recomended for protection of interior & exterior wooden, Concrete and metal surfaces from environmental and chemical attactk.


๐Ÿค”Where AC-DUR-CT (S) is useable?

AC-DUR-CT (S) is universally acceptable for all types of Civil Engineering structures. It is ideally suitable for:๐Ÿ‘‡๐Ÿ‘‡๐Ÿ‘‡

๐Ÿ‘‰Underground concrete & bridge insulation coating.

๐Ÿ‘‰Roof waterproofing & its maintenance.

๐Ÿ‘‰Marine structure protection & water proofing. Car park, ramps & road marking.

๐Ÿ‘‰Water purification & ETP plants.

๐Ÿ‘‰Metal & wood protection.

( Labours applying solution coat to concrete)

๐Ÿ‘‰Product is suitable for protection from environmental attacks, micro organisms, termites, pollution and heat.

๐Ÿ‘‰It is useful for furnace area, structural protection, water insulation, ETP and other treatment plants, fuel spillage areas.

๐Ÿค”How it is advantageous over another chemicals available in market?

The system has following advantages๐Ÿ‘‡๐Ÿ‘‡

๐Ÿ‘‰Super sleep and shiny finish with special anti-fungal formula to provide protection from fungus.

๐Ÿ‘‰Excellent gloss and gloss retention.

๐Ÿ‘‰Excellent colour and colour retention.

๐Ÿ‘‰Excellent flow characteristics to form smooth and uniform finish.

๐Ÿ‘‰Excellent durability.

( Expers checking quality of workmanship # Quality control #)

๐Ÿ‘‰Crack bridging & deep penetrating property.

๐Ÿ‘‰Excellent water proofing & chemical resistance.

๐Ÿ‘‰Excellent adhesion & flexibility.

๐Ÿค”What is the Procedure for Application of this epoxy coating?

            Any construction material is useless until and unless it is use by proper way or apply in work by systematic way.

a) Surface preparation:

        Surface should be sound and free from contaminations such as loose particles, oils, fats, lubricants and laitance.

b) Mixing & Application:

        In stated proportion resin and hardener should be mixed uniformly. Normally two coats are recommended. The dry film thickness (DFT) should be approximately 80-100 microns per coat.

๐Ÿค”What are the properties of this AC-DUR-CT (S) ?

Typical Properties

Name : AC-DUR-CT(S)

Form: Two component, ready to use

Colour: Pigmented to limited colours

Mixing Ratio: Resin : Hardener   (parts by                                                                   weight )                                                    ( 9:1 )

Coverage :  Approximately 4-5 m2/kg @ 80-150 micron (DFT)

             

         ( Checking of Dry film thickness )

Heat Resistance: 120°C for 30 minutes

Drying Time : 3-4 Hours @ 27°C

Pot Life: 4-5 hrs at 27°C

๐Ÿค”Is this product (AC- DUR- CT (S)) approved by (BIS ) Indian standard ?

๐Ÿ‘‰         AC- DUR- CT (S) 100% approved by Indian standard and this product confirms to 15-9862-1991 and IS-158-1981.

For multiple product like construction chemica and solutions to your questions must visit to ๐Ÿ‘‰http://www.Applechemie.com

๐Ÿ‘‰Also mention your comment about this blog in comment box.

๐Ÿ‘‰Follow me to get auto notification of my latest upcoming blg. Using Blue button ๐Ÿ‘‰๐Ÿ‘‰๐Ÿ‘‰

Keywords # construction # solutions # Chemical # sulfate # attack # civil # engineering # latest # technology # apple # water proofing # environment # Building chemicals. # 

MCQ in๐ŸŒ๐ŸŒ‹ Earthquake engineering ๐ŸŒ‹Part 2

 Welcome back friendsPart 2

             As we all know that all the building structures are rest on Earth. For the safety and stability of the structure we need to have some knowledge about Earth and seismology. 

               Because of that I am here giving mcq questions and answers related to Earth science and seismograph. ๐Ÿ‘‡๐Ÿ‘‡๐Ÿ‘‡ Before starting to this Part I will suggest you Go from part 1 

https://engineerpravinkadam.blogspot.com/2021/04/earth-science-for-civil-engineering-1.html

 1. Which of the following is the suitable location for the construction of dams in a folded terrain?

(A) Crest of the fold

(B) Trough of the fold

(C) Limbs of the fold

(D) None of these

2. Most suitable rocks for construction of tunneling:

(A) Argillaceous S.st

(B) Vesicular or amygdaloidal basalts

(C) Limestone

(D) Schist & Phyllite

3. Tunneling _____________ to the fold axis is not at all desirable.

(A) Perpendicular

(B) Parallel

(C) None of these

4. Tsunami waves are generated with the earthquake. True or false.

(A) False

(B) True

(C) None of these

5. Which is the largest subduction earthquake?

(A)1960 Chile earthquake 

(B) 1905 Kangra earthquake

(C) 2011 Tohuku earthquake

(D)2004 Sumatra-Andaman earthquake

6. What is the rupture length of 2004 Sumatra-Andaman earthquake?

(A) 500 km

(B) 5000 km

(C) 1200 km

(D) None of these

7. What is the subsidence occurred at Great Nicobar Island due to 2004 Sumatra-Andaman earthquake?

(A) 5 m

(B) 3 m

(C) 10 m

(D) None of these


8. Abrupt uplift and gentle subsidence are indicative of:

(A) Hat microatoll

(B) Hemispherical coral head

(C) Cup microatoll 

(D) Cylindrical coral head

9. Driving force can be increased by:

(A) Decrease in amount of material on slope

(B) Increase in slope angle

(C) Decrease in slope angle

(D) None of these

 10. Which of the following is not depends on shear strength of the material?

(A) Cohesion

(B) Internal friction

(C) Normal stress

(D) Mass of the material

11. Which one of the following is not an internal factor affects in slope processes?

(A) Lithology of the materials on the slope

(B) Ground water or rain water (run off)

(C) Geological Structures

(D) Earthquakes (Tectonic activity)

12. In translational slides, movement _______ to planes of weakness and occasionally _____to slope.

(A) Parallel, parallel

(B) Parallel, perpendicular

(C) Perpendicular, parallel

(D) Perpendicular, perpendicular

13. ________are defined as free falling fragments of rocks from steep cliff or slope.

(A) Rockfalls 

(B) Toppling 

(C) Debris avalanche

(D) Earthflow

14. Subsidence results due to the constant or excess removal of ground water deplete the water table and 

increases the area of ____________.

(A) Water table

(B) Ground surface

(C) Zone of saturation

(D) Vadose zone

15. Which of the following is not one of the channel pattern?

(A) Braided

(B) Narrow

(C) Meandering

(D) Straight

16. Terraces are remnants of former:

(A) Rivers

(B) Alluvial fans

(C) Floodplains

(D) None of these

17. What type of drainage pattern would you expect to find where the main streams are parallel and very long and the edge of the folded sedimentary rock (weak and resistant) forms long parallel belts?

(A) Dendritic

(B) Rectangular

(C) Radial

(D) Trellised

18. Which of the following is not one of the three broad types of channel pattern? 

(A) Straight

(B) Serrated

(C) Braided

(D) Meandering

19. The volume rate of flow of water at a point in a given time is:

(A) Competence

(B) Viscosity

(C) Discharge

(D) Capacity

20. From which of the following factor has not influence the drainage density:

(A) Climate

(B) Topography

(C) Soil infiltration capacity

(D) Anthropogenic activity

(E) Vegetation 

(F) Geology

๐Ÿ‘๐ŸŒ๐ŸŒ‹๐ŸŒ๐ŸŒ‹๐ŸŒ๐ŸŒ‹๐ŸŒ

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Keywords# civil engineering # seismology # earth # earthquake # fault # science#

Source of information NPTEL