Asano, Yoki

Eguchi, Minako

Ishiwaka, Reiko

Masuda, Yasuhisa

Nakano, Yutaka

Ohba, Noriko

Shimojo, Masataka

Tobisa, Manabu

This study was conducted to suggest quasi-four-dimensional basic growth mechanics for the ruminant animal and the forage plant by introducing three.dimensional (3-D) space. Suggested quasi-four-dimensions were composed of width, length from front to back and height of the body frame for 3-D space, and one.dimensional time with which the body frame was formed. The results obtained were as follows. (1) A group of expressions were suggested for weight increase and 3-D body frame formation with the passage of time. (2) A group of expressions were suggested for weight increase with time and 3-D body frame formation with weight increase. (3) A group of expressions were suggested for weight increase based on time and 3-D space, where time and space were treated equally to form weight-space-time relationships. (4) Quasi-four-dimensional growth mechanics with feed intake suggested the ruminant animal growth analysis and that with leaf area suggested the forage plant growth analysis. It was suggested that introducing 3-D space with an equal treatment of space and time gave hypothetic quasi-four-dimensional growth mechanics for the ruminant animal and the forage plant

下條, 雅敬

浅野, 陽樹

石若, 礼子

中野, 豊

飛佐, 学

大場, 憲子

江口, 美奈子

増田, 泰久

Institutional Repositories DataBase (IRDB)

Introducing Viewpoints of Mechanics into Basic Growth Analysis : (IX) Hypothetic Quasi-Four-Dimensional Growth Mechanics

Introducing Viewpoints of Mechanics into Basic Growth Analysis : (IX) Hypothetic Quasi-Four-Dimensional Growth Mechanics

Abstract

Similar works

Full text

Available Versions

Institutional Repositories DataBase (IRDB)