工作室 — 全球免运费 — 预计2–6周送达

      1893 - 1975

      概览

      • Works on this site: 38
      • Died: 1975
      • Copyright status: Under copyright
      • Top-ranked work: Tulips in Vase
      • Museums on this site: 国家美术、建筑与设计博物馆
      • Top 3 works:
        • Tulips in Vase
        • Three Choristers
        • Postilion
      • Also known as:
        • Emil Rolf Nesch
        • Rudolf Nesch
        • Nesch
        • R. Nesch
        • Рольф Неш

      The Life and Art of Rolf Nesch

      Rolf Nesch was a German-born Norwegian expressionist artist who achieved significant recognition for his diverse artistic output. Born in Oberesslingen, Germany, he studied at the State Academy of Fine Arts Stuttgart and the Dresden Academy of Fine Arts. His life was marked by significant transitions, including time in British captivity during World War I and a move to Hamburg in 1929. Following the Nazi takeover in Germany in 1933, he repatriated to Norway, eventually becoming a Norwegian citizen in 1946.

      Nesch was a prolific creator whose work spanned several mediums, including:

      He is particularly noted for his contributions to printmaking, where he acted as a technical innovator by discovering the potential in new materials and methods through metal pressure technology. His artistic legacy is preserved in institutions such as the National Gallery of Norway and the Nesch-museet in Ål.

      问答详情

      Rolf Nesch 来自哪里?

      Rolf Nesch 出生于 Germany。

      如何按特定主题查找 Rolf Nesch 的作品?

      您可以通过艺术家关键词分类页面,按关键词探索Rolf Nesch的作品。每个关键词都汇集了相关的艺术品。

      Rolf Nesch 的哪些作品浏览量最高?

      Rolf Nesch 的 统计数据 页面展示了基于 本站 上列出的艺术家作品所计算出的统计数据。

      是否有Rolf Nesch作品的3D虚拟展厅巡览?

      您可以在Rolf Nesch的3D 艺术展厅页面中,通过3D展厅欣赏其艺术作品。

      趣味小测试

      每道题只有一个正确答案。

      题目 1:
      In which city was Rolf Nesch born?
      题目 2:
      Which art movement was Nesch influenced by?
      题目 3:
      In which year did Nesch settle in Hamburg?
      题目 4:
      Nesch was appointed a Knight of which order?
      题目 5:
      Which medium did Nesch find a suitable method for through metal pressure technology?