Numerical simulation of gypsum board subjected to impact loading by Tinagaran Ravi Shankar

Experimental investigation for physical properties of rice husk loading effect in gypsum /c Amir Shariffuddin Khalib by Amir Shariffuddin Khalib

Experimental investigation for mechanical properties of rice husk effect in China clay/gypsum toward ceramic composite by Mohammad Shafiq Mohd Zulkipli

Experimental investigation for mechanical properties of rice husk effect in China clay/gypsum toward ceramic composite by Mohammad Shafiq Mohd Zulkipli

Illustrated 2009 building code handbook by Patterson, Terry L.

Table of Contents: “…Scope and administration -- Definitions -- Use and occupancy classification --Special detailed requirements based on use and occupancy -- General building heights and areas --Types of construction -- Fire and smoke protection features -- interior finishes -- Fire protection systems -- Means of egress -- Accessibility --Interior environment --Energy Efficiency -- Exterior walls --Roof assemblies and rooftop structures --Structural design -- Structural tests and special inspections -- Soils and foundations -- Concrete --Aluminum -- Masonry -- Steel -- Wood -- Glass and glazing -- Gypsum board and plaster --Plasticity -- Electrical -- Mechanical systems -- Plumbing systems -- Elevators and conveying systems -- Special construction -- Encroachments into the public right-of-way -- Safeguards during construction -- Existing structures --Referenced standards -- Appendices -- Index.…”
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The 100 most important chemical compounds a reference guide / by Myers, Richard L. (Richard Leroy), 1951-

Table of Contents: “…-- Types of chemical compounds -- Organic and inorganic compounds -- Ionic and molecular compounds -- Naming compounds -- Molecular and structural formulas -- Entry format -- Acetic acid -- Acetone -- Acetylene -- Acetylsalicylic acid -- Adenine -- Adenosine triphosphate (ATP) -- Adipic acid -- Aluminum(III) oxide Al2O3 -- Ammonia -- Ascorbic acid -- Aspartame -- Benzene -- Benzoic acid -- Biphenyl and PCBs -- Butane -- Butene -- Butyric and fatty acids -- Caffeine -- Calcium carbonate -- Calcium oxide (Lime) -- Calcium sulfate (Gypsum) -- Carbon dioxide -- Carbon monoxide -- Chloroform -- Chlorophyll -- Cholesterol -- Citric acid -- Cocaine -- Cytosine, thymine, and uracil -- DDT -- DEET -- Dichlorodifluoromethane, CFC-12 -- Dopamine, L-Dopa -- Epinephrine (Adrenaline) -- Ethane -- Ethene -- Ether -- Ethyl alcohol (Ethanol) -- Ethylenediaminetetraacetic acid (EDTA) -- Fluoxetine (Prozac) -- Formaldehyde -- Formic acid -- Glucose -- Glycerol (Glycerin) -- Guanine -- Hydrochloric acid -- Hydrogen peroxide -- Hydrogen sulfide -- Ibuprofen -- Indigo -- Insulin -- Iron(III) oxide -- Isooctane -- Isoprene -- L-Dopa (See Dopamine, L-Dopa) -- Methane -- Methyl alcohol (Methanol) -- Methylphenidate (Ritalin)-- Monosodium glutamate -- Morphine -- Naphthalene -- Nicotine -- Nitric acid -- Nitric oxide -- Nitrogen dioxide -- Nitrous oxide -- Nitroglycerin -- Norethindrone -- Penicillin -- Phenol -- Phosphoric acid -- Piperine -- Potassium carbonate -- Potassium nitrate -- Propane -- Propylene -- Quinine -- Saccharin -- Silicon dioxide (Silica) -- Sodium bicarbonate -- Sodium carbonate -- Sodium chloride -- Sodium hydroxide -- Sodium hypochlorite -- Strychnine -- Styrene -- Sucrose -- Sulfuric acid -- Tetrafluoroethylene -- Tetrahydrocannabinol (THC)-- Thymine (See Cytosine, thymine, and uracil) -- Trinitrotoluene (TNT) -- Toluene -- Triuranium octaoxide -- Uracil (See Cytosine, thymine, and uracil) -- Urea -- Vanillin -- Vinyl chloride -- Water -- Xylene -- Common and ancient names of substances -- Glossary -- Selected bibliography -- Index.…”
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