VIBRATION RESPONSE ANALYZING DEVICE FOR MECHANICAL MULTI-STORIED PARKING LOTS, VIBRATION RESPONSE ANALYZING METHOD FOR MECHANICAL MULTI-STORIED PARKING LOTS, AND VIBRATION RESPONSE ANALYZING PROGRAM FOR MECHANICAL MULTI-STORIED PARKING LOTS

• Main Authors: TONE HIROKI, OGASAWARA KAZUYA, OSHIMA TAKESHI
• Format: Patent
• Language: English; Japanese
• Published: 08.08.2016
• Subjects: CALCULATING; COMPUTING; COUNTING; ELECTRIC DIGITAL DATA PROCESSING; MEASURING; PHYSICS; TESTING; TESTING STATIC OR DYNAMIC BALANCE OF MACHINES ORSTRUCTURES; TESTING STRUCTURES OR APPARATUS NOT OTHERWISE PROVIDED FOR

PROBLEM TO BE SOLVED: To make possible analyzing in a simple way the influence of vibration on a mechanical multi-storied parking lot built into a skeleton.SOLUTION: A vibration response analyzing device analyzes the influence of vibration on a mechanical multi-storied parking lot built into a skeleton and so supported via an elastic body as not to move away from the skeleton. On a member model simulating a multi-storied parking lot internal frame work for use in the vibration response analyzing device, a plurality of support points simulating positions of support by the skeleton via the elastic body are set. And the vibration response analyzing device executes time history response analysis to calculate multi-storied parking lot vibration information indicating variation of the vibration of the member model over time by inputting vibration information indicating variation of the vibration propagating to the mechanical multi-storied parking lot over time, and thereby executes static analysis to figure out stresses occurring on the internal framework on the basis of the multi-storied parking lot vibration information.SELECTED DRAWING: Figure 12 【課題】建築躯体内に組み込まれる機械式立体駐車装置に与える振動の影響を簡易に解析する、ことを目的とする。【解決手段】振動応答解析装置は、建築躯体内に組み込まれると共に建築躯体から離間しないように弾性体を介して支持される機械式立体駐車装置に対する振動の影響を解析する。振動応答解析装置に用いる立駐内部架構を模擬した部材モデルは、弾性体を介して建築躯体による支持箇所を模擬した複数の支持点が設定される。そして、振動応答解析装置は、機械式立体駐車装置に伝播する振動の時間変化を示す振動情報を支持点に入力することで、部材モデルの振動の時間変化を示す立駐振動情報を算出する時刻歴応答解析を実行し、立駐振動情報に基づいて、内部架構に生じる応力を算出する静解析を実行する。【選択図】図１２