Pinch的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列懶人包和總整理

The Cryptodrone Sequence

為了解決Pinch的問題，作者McCartha, Madison 這樣論述：

Madison McCartha is a black poet and multimedia artist whose work appears in Black Warrior Review, DREGINALD, The Fanzine, Full Stop, jubilat, The Pinch, and elsewhere. His writing has received support from Winter Tangerine, The Millay Colony for the Arts, and he was shortlisted for the 2019-2021 CA

APP Creative Writing Fellowship. Madison holds an MFA from the University of Notre Dame, where he received the Samuel and Mary Anne Hazo Award in Creative Writing, and is currently a PhD student and Regents Fellow at the University of California, Santa Cruz.

Pinch進入發燒排行的影片

冷藏瓶罐與手腕扭力的研究

為了解決Pinch的問題，作者陳逸蓁 這樣論述：

日常生活的瓶罐，常常為了保鮮放置於冰箱。因為受冷藏溫度的影響，所以會提高瓶罐打開的難度。根據研究指出，老年人口經常難以打開瓶罐。本研究調查打開冷藏瓶罐所需加的扭力值及老年人口手腕可施加的扭力值，分析兩者扭力值的分布，並進行輔具開發，以提供老年人一款可以打開瓶罐的輔助用具。本研究有三部分，一為冷藏瓶罐扭力值的量測。調查40台冰箱的瓶罐。使用瓶蓋扭力機測量瓶罐扭力值，紅外線測溫儀測量冷藏溫度，以及數位式游標卡尺測量瓶蓋直徑同時記錄瓶罐材質、剩餘容積。二為人員腕部的扭力值測量。針對直徑30、75、120mm三種瓶罐，進行手腕扭力的測量，統計出可施加的扭力值。三為開罐輔具的設計。根據上述兩部分研究的

結果，進行開罐輔具的設計。提供力量弱小者打開瓶罐的輔助。研究結果顯示：(1)金屬瓶蓋罐所需打開的扭力大於塑膠材質。(2) 年齡越小的男性，扭力越大。(3) 體重越高，所施加的扭力越大。(4) 利用繩索束緊機構設計開罐器，結合摺疊手柄，並增加手柄長度達到省力的目的。

Friendly Enemies: Soldier Fraternization Throughout the American Civil War

為了解決Pinch的問題，作者Thompson, Lauren K. 這樣論述：

During the American Civil War, Union and Confederate soldiers commonly fraternized, despite strict prohibitions from the high command. When soldiers found themselves surrounded by privation, disease, and death, many risked their standing in the army, and ultimately their lives, for a warm cup of cof

fee or pinch of tobacco during a sleepless shift on picket duty, to receive a newspaper from a ＂Yank＂ or ＂Johnny,＂ or to stop the relentless picket fire while in the trenches. In Friendly Enemies Lauren K. Thompson analyzes the relations and fraternization of American soldiers on opposing sides of

the battlefield and argues that these interactions represented common soldiers’ efforts to fight the war on their own terms. Her study reveals that despite different commanders, terrain, and outcomes on the battlefield, a common thread emerges: soldiers constructed a space to lessen hostilities and

make their daily lives more manageable. Fraternization allowed men to escape their situation briefly and did not carry the stigma of cowardice. Because the fraternization was exclusively between white soldiers, it became the prototype for sectional reunion after the war--a model that avoided debate

s over causation, honored soldiers’ shared sacrifice, and promoted white male supremacy. Friendly Enemies demonstrates how relations between opposing sides were an unprecedented yet highly significant consequence of mid-nineteenth-century civil warfare. Lauren K. Thompson is an assistant professo

r of history at McKendree University. Her work has been published in Civil War History and in the edited volume A Forgotten Front: Florida during the Civil War Era.

探討熔膠黏彈性對射出成型充填階段影響與並應用於射出重量校正方法研究

為了解決Pinch的問題，作者黃珮絜 這樣論述：

現今射出產業中從過去以來皆透過具備相關經驗的師傅為為主，近年來電腦輔助工程分析技術出現，可以事先進行模擬使現場實際的材料損失減少因而降低成本等，但模擬分析與實際射出仍存有差異，一般利用模擬分析進行機台校正流程並探索機台校正的影響，發現模擬結果與實機生產的結果完全一致是非常具有挑戰性，目前主要面臨的是因為模擬分析無法考量許多的實際狀況，像是慣性效應、噴泉效應、壓縮效應… 等。 在CAE模擬分析過去已有許多理論方法用以修正熔膠黏彈性效應行為且大多數黏彈性效應模型會需要進階材料相關參數，但仍有存有奇異點、不準確等問題出現，使分析與實際存有差異。因此須依靠統計模型校正彌補CAE不足之處，才可以

使模擬分析更為趨近於實際實驗。 本論文研究目的是為了提高黏彈性效應在分析之中準確度並靈活的預測重量且成本較低，結合數值方法使分析與實際實驗一致，然後預測不同模具在充填階段之重量，並以融熔塑膠為黏彈體去了解對重量影響，為此利用充填階段常使用因子製作不同的預測模型，因子分別為射出速度、澆口厚度、模具溫度、材料溫度以及緩衝量，先製作預測機台實際射出速度的預測模型，比較校正後機台實際射出速度之分析、未校正射出速度之分析與實際射出產品重量進行，再製作預測產品重量來了解各因子間與重量之影響，利用五因子實驗製作預測產品重量、校正後射速之分析產品重量與實際射出產品重量進行比較，最後利用驗證模具進行驗證。

研究結果顯示，將分析之中考慮黏彈性能減少分析與實際的誤差，利用校正分析準確度從97.25%提升至98.65%。預測產品重量方面，使用驗證模具時準確度在99.73%，能準確預測不同模具時之產品重量。