lab report ( paraphrase only) No calculation

I want you to write a lab report. I put a sample of the report no need for any calculation. Also Here are some links to help you to write it. I hope you follow the sample.

The sample.

Sand casting report

Objectives:

-To Get A Hands-On Experience On Metal Casting Through The Process Of Sand Casting.-

-To Become Accustomed With The Language And Procedures Of MetalCasting In General And Sand Casting In Particular.-

-To Deploy The Knowledge Of Metal Casting Into Making Useful ProductsThrough The Process Of Sand Casting.

Background:

Metal Casting Is The Process In Which Molten Metal Is Poured Into A Mold WithA Hollow Cavity Having The Shape Of The Desired End Product. After CoolingDown And Solidifying, The Casting Can Be Taken Out Of The Mold By An EjectionMechanism Or By Forcing It Out Through The Destruction Of The Mold. MetalCasting Is The Oldest Method Of Metalworking. It Has Been Used By HumansSince Thousands Of Years For Making A Vast Variety Of Tools Such As Weapons,Jewelry, And Sculptures. Lost-Wax Casting, Plaster Mold Casting, And SandCasting Are The Most Prominent Processes Of Metal Casting. Most Of The Time,Metal Casting Processes Are Categorized Into Two Categories, Depending OnWhether The Mold Is Expendable Or Not.Sand Casting, As The Name Implies, Is The Process Of Metal Casting In Which TheMold Used Is Made Of Sand. Cost-Effectiveness And Sufficient RefractoryProperties Are The Merits That Make Sand Casting The Most Deployed MetalCasting Process. Sand Casting Takes Place In Specialized Manufactories CalledFoundries, In Where The Molds Are Made From A Mixture Of Sand, Clay, AndWater. The Mold Cavities And The Gate Systems Are Then Made By CompactingSand Around A Pattern Or Are Carved Directly Into The Sand.

Equipment:

-Safety Shoes.

-A Safety Coat.

-Molding Sand.

-A Casting Flask.

-The Metal To Be Molten.

-A Furnace.

-A Ladle.

Procedure:

1-Acquiring The Molding Sand.

2-Acquiring The Pattern.

3-Acquiring The Casting Flask.

4-Placing One Half Of The Pattern In One Half Of The Casting Flask (TheDrag).

5-Compacting The Molding Sand Around The Placed Half Of The Pattern.

6-Making Vents Into The Resulting Semi-Mold.

7-Flipping The Semi-Mold Over.

8-Applying Powder To The Flipped Semi-Mold.

9-Precursoring The Sprues.

10-Placing The Other Half Of The Casting Flask (The Cope) On Top Of TheDrag.

11-Placing The Other Half Of The Pattern In Top Of The First Half.

12-Compacting The Molding Sand Around The Placed Other Half Of ThePattern.

13-Making Vents Into The Other Semi-Mold.

14-Separating The Two Semi-Molds.

15-Finishing The Precursored Sprues In The First Semi-Mold.

16-Carving The Gate System In The Other Semi-Mold.

17-Combining The Two Semi-Molds Together.

18-Pouring The Molten Metal Into The Mold.

19-Allowing The Poured Molten Metal To Cool Down And Solidify.

20-Breaking The Sand Mold And Acquiring The Casting.

Data And Calculations:

There’s None Actually.

Conclusion:

Metal Casting Is One Of The Most Wide-Spread Processes In Manufacturing. ItsEconomic Viability, Technological Simplicity And Overall Naturalness MakeObvious The Reasons Of Its Popularity. However, Metal Casting Is Not The SilverBullet Of Manufacturing. The Overhead, The Mediocre Quality Of The Castings,And The Potential Hazards Of Metal Casting Are Some Of The Reasons Why It Isn’t So.

And here are some links to help in writing the report 

http://materialrulz.weebly.com/uploads/7/9/5/1/795167/binder_mcm_02.pdf

http://www.materialseducation.org/educators/matedu-modules/docs/Sand_Casting.pdf