Tag: Stones

  • stone cutting 5

    Working With Stone Part 3: Hammer Cutting

    Here are some basic pointers on hammer cutting stone. This is part of a series on stonework, ranging from basic stone selection to cutting wedges.

  • SW 90th Culvert

    Working With Stone Part 2: Tools and Basic Chisel Trimming

    Here are some basic pointers on tool selection and basic chisel cutting. This is part of a series on stonework, ranging from basic stone selection to cutting wedges.

  • Working With Stone Part 1: Some Basics

    Here are some basic pointers on selection and placement of the stones used in a stone bridge. This is part of a series on stonework, ranging from basic selection to cutting wedges.

  • Drystack Wall

    The Masonry Joints

    Making tight masonry joints is probably the trickiest part of building stone masonry. Fortunately, there are several ways to tighten the joints easily. Then too, masonry can be forgiving.

  • Rubble Arch Detail

    Building Rubble Arches

    Stone arches made with rubble masonry are easy to construct, and can be quite strong. The key to successfully building a rubble arch is in the laying and shimming of the stones.

  • Splitting Stone(3)

    Using Feathers and Wedges to Split Stone

    Feathers and wedges are simple-to-use and reliable tools that provide an easy means for obtaining reasonable slabs out of massive, irregularly shaped stones.

  • 271st Road Culvert

    Four More Additions to the Cowley County Stone Bridge List

    As a result of some searching, we found four small stone arch bridges near Dexter, Cowley County, Kansas, which do not appear on the county’s stone bridge brochure.

  • Lynne Avanue Bridge, Pawhuska OK

    Pawhuska’s Big Stone Bridge: Part 1

    In Pawhuska, Oklahoma is an imposing, triple arch stone bridge with an interesting history. In this series of posts, we investigate the story behind the magnificent structure.

  • Detail of Walz Ford Bridge Arch

    Hidden Structural Features

    Many stone arch bridge feature subtle design features that are tucked away out of sight within the structure, which can greatly complicate rehab and load handling calculations.