Method of test for compressive strength of polyester resin concrete using portions of beams broken in flexure by 235398 Japanese Standards Association

Method of test for compressive strength of polyester resin concrete by 235398 Japanese Standards Association

Method of making polyester resin concrete specimens by 235398 Japanese Standards Association

Method of test for slump of polymer-modified mortar by 235398 Japanese Standards Association

Method of test for strength of polymer-modified mortar by 235398 Japanese Standards Association

Lubricators for pneumatic use by 235398 Japanese Standards Association

Steel bar for prestressed concrete by 235398 Japanese Standards Association

Reference values of inside leg length and inside leg length to stature ratio for Japanese children, 0–12 years of age by Mikako Inokuchi, Nobutake Matsuo, John I. Takayama, Tomonobu Hasegawa

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JIS handbook: ferrous materials and metallurgy/ by 235398 Japanese Standards Association, Japan Iron and Steel Exporter's Association

Japanese agricultural standard for canned and bottled fruits by 600861 Japan External Trade Organization

Evaluation of effect of tactile alphabet size on identification for people without rich tactile experiences and verification of aging effect by Kouki DOI, Yuki KAIHATSU, Wataru TOYODA, Takahiro NISHIMURA, Hiroshi FUJIMOTO

“…Tactile characters aid in providing information to visually impaired persons. The Japanese Standards Association enacted basic design methods for embossed tactile patterns in March 2011. …”
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Effect of volume fraction on the flextural strength and modulud of woven composite by Nabilah Izzati, Mohd Nordin

“…Specimens are made out of the composite with six samples for each fiber volume fraction to be tested through the flexural test based on JIS K 7055, Testing method for flexural properties of glass fiber reinforced plastics. Japanese Standards Association. The specimens were tested under 50kN of flexural load and then a load-displacement curve was obtained to find the flexural strength and flexural modulus of the composite using two specific formulas. …”
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