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目 錄
第1章 前言··········································································1
1.1 概述··············································································1
1.2 發(fā)展趨勢·······································································1
第2章 總體設計····································································2
2.1 概述···········································································2
2.2 確定總體設計方案························································2
2.3 總體設計原則·····························································29
2.4 平衡臂與平衡重的計算················································31
2.5 起重特性曲線·····························································32
2.6 塔機風力計算·····························································34
2.7 整機的抗傾覆穩(wěn)定性計算·············································43
2.8 固定基礎穩(wěn)定性計算···················································49
第3章 吊臂的設計計算·······················································51
3.1 分析單吊點與雙吊點的優(yōu)缺點·······································51
3.2 吊臂吊點位置選擇······················································51
3.3 吊臂結構參數(shù)參數(shù)······················································53
3.4 有限元模型建立過程的幾點簡化····································53
3.5 吊臂結構的有限元分析計算··········································54
3.6 計算結果分析····························································70
3.7吊臂強度校核······························································75
3.8 吊臂穩(wěn)定性校核·························································75
畢業(yè)設計小結······································································84
致謝··················································································85
參考文獻············································································86
附：英文原文
英文翻譯
畢業(yè)實習報告